|
Artificial Ground Freezing| TUTORIAL TYPE |
Technical - Geotechnical |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, GEOTECH |
| DIMENSION |
Plane strain |
| ANALYSIS TYPE |
Structural nonlinear |
| MODEL TYPE |
Regular plane strain elements, Enthalpy flow-stress analysis, Initial enthalpy |
| LOAD & BOUNDARY CONDITIONS |
Fixed enthalpies, Fixed pressure potentials, Constraint, Prescribed deformation |
| RESULTS |
Temperatures contour plot, Ice fractions contour plot, Darcy flux vector plot |
Download Tutorial
|
|
Hybrid Frequency Time Domain (HFTD) Analysis of a 2D Dam| TUTORIAL TYPE |
Technical - Dynamic |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, STRUCTURAL, DYNAMICS |
| DIMENSION |
Two dimensional |
| ANALYSIS TYPE |
Phased, Structural nonlinear, Hybrid frequency-time domain |
| MODEL TYPE |
Regular plane strain elements, 2D flow elements, Boundary interfaces, Fluid-structure interfaces, Linear elasticity, Nonlinear elasticity, Total strain based crack model, Initial stress, Damping |
| LOAD & BOUNDARY CONDITIONS |
Self-weight, Hydrostatic Pressure, Base excitation, Constraint |
| RESULTS |
Deformation contour plots, Chart view, Crack width contour plots, Dynamic fluid pressure diagram |
Download Tutorial
|
|
Staged Analysis of a Circular Hollow Dolphin Pile| TUTORIAL TYPE |
Technical - Geotechnical |
| SUITABLE FOR TRIAL VERSION |
No |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, GEOTECH |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Geomechanical staged construction |
| MODEL TYPE |
Sheet pile wall wizard, Structural solid elements, Composed line elements, Hardening soil model, Modified Mohr-Coulomb engineering input |
| LOAD & BOUNDARY CONDITIONS |
Self-weight, Prescribed deformation, Constraint, Tyings, Water levels |
| RESULTS |
Deformation contour plots, Sheet pile walls bending moments diagram, Sheet pile walls axial forces diagram |
Download Tutorial
|
|
Spring Elements in DIANA| TUTORIAL TYPE |
Features |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
|
| ANALYSIS TYPE |
|
| MODEL TYPE |
|
| LOAD & BOUNDARY CONDITIONS |
|
| RESULTS |
Spring elements |
Download Tutorial
|
|
Clipping Planes in DIANA| TUTORIAL TYPE |
Features |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
|
| ANALYSIS TYPE |
|
| MODEL TYPE |
|
| LOAD & BOUNDARY CONDITIONS |
|
| RESULTS |
Spring elements |
Download Tutorial
|
|
Lofting Operations in DIANA| TUTORIAL TYPE |
Features |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
|
| ANALYSIS TYPE |
|
| MODEL TYPE |
|
| LOAD & BOUNDARY CONDITIONS |
|
| RESULTS |
Lofting Options |
Download Tutorial
|
|
Bridge Pier on Pile| TUTORIAL TYPE |
Technical - Geotechnical |
| SUITABLE FOR TRIAL VERSION |
No |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, GEOTECH |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Geotechnical staged construction |
| MODEL TYPE |
Pile wizard, Structural solid elements, Initial stress, Linear elasticity, Mohr-Coulomb and Drucker-Prager plasticity |
| LOAD & BOUNDARY CONDITIONS |
Self-weight, Distributed force, Constraint |
| RESULTS |
Deformation contour plot, Effective stress contour plot, Distributed moments contour plot, Pile cross-section forces |
Download Tutorial
|
|
Mirroring in DIANA| TUTORIAL TYPE |
Features |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
|
| ANALYSIS TYPE |
|
| MODEL TYPE |
|
| LOAD & BOUNDARY CONDITIONS |
|
| RESULTS |
Mirroring options |
Download Tutorial
|
|
Cantilever Retaining Wall| TUTORIAL TYPE |
Technical - Geotechnical |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, GEOTECH |
| DIMENSION |
Plane strain |
| ANALYSIS TYPE |
Geomechanical staged construction |
| MODEL TYPE |
Regular plane strain elements, Mohr-Coulomb & Drucker-Prager plasticity model; Coulomb friction model, Sheet pile walls, Initial stress |
| LOAD & BOUNDARY CONDITIONS |
Distributed force, Constraint |
| RESULTS |
Sheet pile walls distributed moments diagram, Deformation contour plot |
Download Tutorial
|
|
Double Sheet Pile Excavation and Prestressed Anchors | TUTORIAL TYPE |
Technical - Geotechnical |
| SUITABLE FOR TRIAL VERSION |
No |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, GEOTECH |
| DIMENSION |
Plane-strain |
| ANALYSIS TYPE |
Geomechanical staged construction |
| MODEL TYPE |
Hardining soil model/Modified Mohr-Coulomb Engineering input |
| LOAD & BOUNDARY CONDITIONS |
Distributed force; Constraint; Anchor prestress force; Water levels |
| RESULTS |
Deformation contour plot; Sheet pile walls bending moments diagram; Sheet pile walls axial forces diagram; Anchor cross section forces diagram; Effective stresses contour plot; Chart view |
Download Tutorial
|
|
Soil Column with Free-field Boundaries| TUTORIAL TYPE |
Technical - Dynamics |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT + DYNAMICS |
| DIMENSION |
Plane strain |
| ANALYSIS TYPE |
Structural nonlinear |
| MODEL TYPE |
Linear elasticity, Hardin-Drnevich model, 2D line free-field elements; Regular plane strain elements; Transient effects |
| LOAD & BOUNDARY CONDITIONS |
Constraint; Base excitation load |
| RESULTS |
Chart view |
Download Tutorial
|
|
Absorbing Boundary Connection in Diana| TUTORIAL TYPE |
Features |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, DYNAMICS |
| DIMENSION |
|
| ANALYSIS TYPE |
|
| MODEL TYPE |
Absorbing boundary; Fixed boundary; Loading time history |
| LOAD & BOUNDARY CONDITIONS |
|
| RESULTS |
|
Download Tutorial
|
|
3D Excavation Using Sheet Pile Walls| TUTORIAL TYPE |
Technical - Geotechnical |
| SUITABLE FOR TRIAL VERSION |
No |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, GEOTECH |
| DIMENSION |
Three-dimensional |
| ANALYSIS TYPE |
Geomechanical stage construction |
| MODEL TYPE |
Mohr-Coulomb model; Sheet pile walls; Solid elements |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load; Constraint; Distributed force |
| RESULTS |
Deformation contour plot; Sheet pile walls bending moments diagram; Sheet pile walls axial forces diagram |
Download Tutorial
|
|
Design Analysis of a Plate| TUTORIAL TYPE |
Features |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
- |
| ANALYSIS TYPE |
Checking Design |
| MODEL TYPE |
Required amount of reinforcements; Unity check in ULS; Crack width check in SLS |
| LOAD & BOUNDARY CONDITIONS |
- |
| RESULTS |
- |
Download Tutorial
|
|
Foundation of a Wind Turbine| TUTORIAL TYPE |
Technical - Structural |
| SUITABLE FOR TRIAL VERSION |
No |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Structural linear static |
| MODEL TYPE |
Linear elasticity; model code 2010; Structural plan interface; Solid elements |
| LOAD & BOUNDARY CONDITIONS |
Distributed force load; Constraint |
| RESULTS |
Deformation contour plot; Stresses contour plot |
Download Tutorial
|
|
Post-tension Load in DIANA| TUTORIAL TYPE |
Features |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
|
| ANALYSIS TYPE |
|
| MODEL TYPE |
Post-tensioning load; Prestress losses; Friction; Anchorage |
| LOAD & BOUNDARY CONDITIONS |
|
| RESULTS |
|
Download Tutorial
|
|
Deep Excavation in Sand| TUTORIAL TYPE |
Technical - Geotechnical |
| SUITABLE FOR TRIAL VERSION |
No |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, GEOTECH |
| DIMENSION |
Plane strain |
| ANALYSIS TYPE |
Geomechanical staged construction |
| MODEL TYPE |
Mohr-Coulomb model, Sheet pile walls, Anchors, Regular plane strain elements |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Constraint, Anchor prestress force, Water levels |
| RESULTS |
Deformation contour plot, Sheet pile walls bending moments diagram, Sheet pile walls axial forces diagram, Anchor cross section forces diagram, Effective stresses contour plot, Chart view |
Download Tutorial
|
|
Nonlinear Transient Analysis of a Slope with Strength Reduction Method| TUTORIAL TYPE |
Technical - Geotechnical |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.5 |
| MODULES REQUIRED |
EXPERT, GEOTECH, DYNAMICS |
| DIMENSION |
Plane Strain |
| ANALYSIS TYPE |
Structural nonlinear |
| MODEL TYPE |
Linear elasticity, Mohr-Coulomb and Drucker-Prager plasticity; Structural line interfaces; Nonlinear elasticity |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load; Constraint; Base acceleration; Time dependent factors |
| RESULTS |
Chart view; Equivalent total strain contour plot; Safety factors |
Download Tutorial
|
|
Simulation of a Bridge Pier Cap| TUTORIAL TYPE |
Technical - Structural |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, STRUCTURAL |
| DIMENSION |
Two dimensional |
| ANALYSIS TYPE |
Structural nonlinear |
| MODEL TYPE |
Linear elasticity, Total strain crack model, Class-III Beam 2D elements, Regular plane stress elements, Bondslip reinforcements |
| LOAD & BOUNDARY CONDITIONS |
Prescribed deformation, Constraint, Self-weight load |
| RESULTS |
Deformation contour plot, Crack strain contour plot, Chart view, Principal stresses contour plot, Reinforcement stresses contour plot, Principal strain contour plot, Reinforcement strains contour plot, Reaction force vector plot |
Download Tutorial
|
|
Shear Failure Analysis of a Masonry Wall| TUTORIAL TYPE |
Technical - Structural |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, DYNAMICS |
| DIMENSION |
Two dimensional |
| ANALYSIS TYPE |
Structural nonlinear |
| MODEL TYPE |
Plane stress elements, 2D line interface elements, Linear elasticity, Engineering masonry model, Combined cracking-shearing-crushing, Total strain crack model |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Prescribed deformation, Constraint |
| RESULTS |
Principal strain contour plot, Principal strain vector plot, Chart view |
Download Tutorial
|
|
Design Analysis of a 3D Box Girder Beam using Composed Line Elements| TUTORIAL TYPE |
Technical-Structural |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, STRUCTURAL |
| DIMENSION |
Three-dimensional |
| ANALYSIS TYPE |
Checking design |
| MODEL TYPE |
Solid elements, Composed line elements, Reinforcement bars, Reinforcement grids, Linear elasticity, Material safety factors |
| LOAD & BOUNDARY CONDITIONS |
Constraint, Distributed force |
| RESULTS |
Ultimate line bending moments, Ultimate line shear forces, Cross-section moments contour plot, Unity check line bending moments, Unity check line shear forces |
Download Tutorial
|
|
Design analysis of a plate using anchoring length| TUTORIAL TYPE |
Technical - Structural |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT + STRUCTURAL |
| DIMENSION |
Three-dimensional |
| ANALYSIS TYPE |
Checking design |
| MODEL TYPE |
Curved shell elements, grid reinforcements, fib Model code for Structures 2010, Material safety factors, Anchorage length |
| LOAD & BOUNDARY CONDITIONS |
Constraint |
| RESULTS |
Reinforcement applied, Reinforcement Youngs Modulus, Ultimate surface bending moments, Compressive pressure thickness for surfaces |
Download Tutorial
|
|
Design and Stiffness Adaption Analysis of a Reinforced Concrete Slab| TUTORIAL TYPE |
Technical - Structural |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Checking design |
| MODEL TYPE |
Concrete design codes, Solid elements, Reinforcement grids, Composed elements, Structural interface elements |
| LOAD & BOUNDARY CONDITIONS |
Force load, Constraint |
| RESULTS |
Reinforcement ratio results, Reinforcement required results, Reinforcement minimum results |
Download Tutorial
|
|
Bond-slip models in DIANA| TUTORIAL TYPE |
Features |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, STRUCTURAL |
| DIMENSION |
|
| ANALYSIS TYPE |
|
| MODEL TYPE |
Cubic function (Dorr), Power law, Shima bondslip, fib Model Code for Concrete Structures 2020, Multi-linear |
| LOAD & BOUNDARY CONDITIONS |
|
| RESULTS |
|
Download Tutorial
|
|
Interfaces and Connectivity in DIANA| TUTORIAL TYPE |
Features |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
|
| ANALYSIS TYPE |
|
| MODEL TYPE |
Interfaces connection, Check connectivity |
| LOAD & BOUNDARY CONDITIONS |
|
| RESULTS |
|
Download Tutorial
|
|
Crack bandwidth| TUTORIAL TYPE |
Features |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
|
| ANALYSIS TYPE |
|
| MODEL TYPE |
Rots model, Govindjee model, User-specified model |
| LOAD & BOUNDARY CONDITIONS |
|
| RESULTS |
|
Download Tutorial
|
|
Mapped Meshing| TUTORIAL TYPE |
Features |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
|
| ANALYSIS TYPE |
|
| MODEL TYPE |
Unstructured mesh, Mapped mesh |
| LOAD & BOUNDARY CONDITIONS |
|
| RESULTS |
|
Download Tutorial
|
|
Connection Types in DIANA| TUTORIAL TYPE |
Features |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
|
| ANALYSIS TYPE |
|
| MODEL TYPE |
Rigid connection, Hinge connection, Slide Connection, Disconnect, Distributed connection |
| LOAD & BOUNDARY CONDITIONS |
|
| RESULTS |
|
Download Tutorial
|
|
Report Generation| TUTORIAL TYPE |
Getting Started |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
- |
| ANALYSIS TYPE |
- |
| MODEL TYPE |
- |
| LOAD & BOUNDARY CONDITIONS |
- |
| RESULTS |
Customised Templates; Description of model geometry, mesh and input; Description of analysis command; Results presentation |
Download Tutorial
|
|
Reinforced Concrete Beam: Simulation of an Experimental Test| TUTORIAL TYPE |
Technical - Structural |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, STRUCTURAL |
| DIMENSION |
Two dimensional (plane stress) |
| ANALYSIS TYPE |
Structural nonlinear |
| MODEL TYPE |
Total strain based crack model, Nonlinear elasticity, Von Mises Plasticity, Interface elements, Total strain fixed crack model |
| LOAD & BOUNDARY CONDITIONS |
Force load, Prescribed deformation, Constraint, Symmetry condition |
| RESULTS |
Load-displacement curve, Crack-widths contour plot, Principal stresses contour plot, Reinforcement strains contour plot, Reinforcement cross-section forces plot |
Download Tutorial
|
|
Slab on Piles Foundation| TUTORIAL TYPE |
Technical - Geotechnical |
| SUITABLE FOR TRIAL VERSION |
No |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, GEOTECH |
| DIMENSION |
Three-dimensional |
| ANALYSIS TYPE |
Geomechanical staged construction |
| MODEL TYPE |
Pile wizard, Structural solid elements, Mohr-Coulomb and Drucker-Prager plasticity, Initial stress, Linear elasticity |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Force load, Constraint, Load combination |
| RESULTS |
Cauchy stresses contour plot, Distributed moments contour plot, Pile cross-section forces, Pile interface relative displacements plot |
| * The auxiliary Python files can be found in the DIANA installation folder. For the correct path please check the last page of the tutorial. |
Download Tutorial
|
|
Structural Nonlinear Analysis of a Shear Wall Panel| TUTORIAL TYPE |
Technical - Structural |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, STRUCTURAL |
| DIMENSION |
Two Dimensional |
| ANALYSIS TYPE |
Structural linear static, Structural nonlinear |
| MODEL TYPE |
Regular plane stress, Total strain based crack model, Rotating crack model, Linear elasticity, Von Mises plasticity, Grid reinforcements |
| LOAD & BOUNDARY CONDITIONS |
Distributed force load, Prescribed deformation, Incremental lateral deformation, Constraint |
| RESULTS |
Displacements contour plot, In-plane stresses contour plot, Load-displacement curve |
Download Tutorial
|
|
Shrinkage Effects of a Concrete Slab on Ground| TUTORIAL TYPE |
Technical-Structural |
| SUITABLE FOR TRIAL VERSION |
No |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, STRUCTURAL |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Structural nonlinear, Structural linear static |
| MODEL TYPE |
Eurocode 2 EN 1992-1-1, Creep & Shrinkage, Reinforcement grids, Interface elements, Joint Committee for Structural Safety probabilistic model code, Random field, Linear elasticity, Transient effects |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Prescribed strain, Incremental temperature load, Constraint |
| RESULTS |
Principal stresses contour plot, Principal stress time curve, principal strain time curve, Elastic modulus contour plot - random field, Tensile strength contour plot - random field, Crack width contour plot, Cauchy total stresses contour plot |
Download Tutorial
|
|
Depletion Analysis of an Oilfield| TUTORIAL TYPE |
Technical - Oil & Gas |
| SUITABLE FOR TRIAL VERSION |
No |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, GEOTECH |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Structural nonlinear |
| MODEL TYPE |
Bezier approximation tool, Linear elasticity |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Pore pressure load, Load combination, Constraint |
| RESULTS |
Stresses contour plot, Pore pressure contour plot, Clipping planes, Strains contour plot |
Download Tutorial
|
|
Fire under Concrete Slab| TUTORIAL TYPE |
Technical - Structural
Technical - Heat Flow
|
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, STRUCTURAL |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Transient heat transfer, Structural nonlinear |
| MODEL TYPE |
Linear elasticity, Heat flow aspects, Flow boundary interface elements, Solid elements, Grid reinforcements, Composed surface elements |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Constraint, External temperature, Initial temperature |
| RESULTS |
Temperature contour plot, Probe curve, Principal stresses contour plot, Reinforcement stresses contour plot, Distributed moment contour plot |
Download Tutorial
|
|
Parallel Tunnel Construction Using Phase Factors | TUTORIAL TYPE |
Technical - Geotechnical |
| SUITABLE FOR TRIAL VERSION |
No |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, GEOTECH |
| DIMENSION |
Plane strain |
| ANALYSIS TYPE |
Geomechanical staged construction |
| MODEL TYPE |
Hardening soil model / Modified Mohr-Coulomb plasticity, Linear elasticity, Composed elements |
| LOAD & BOUNDARY CONDITIONS |
Distributed force, Self-weight load, Constraint |
| RESULTS |
Deformation contour plot, Cross-section moments contour plot |
Download Tutorial
|
|
Design Analysis of a 3D Bridge Model| TUTORIAL TYPE |
Technical - Structural |
| SUITABLE FOR TRIAL VERSION |
No |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Checking design |
| MODEL TYPE |
Linear elasticity, Structural solid elements, Composed surface elements, Eurocode 2 EN 1992-1-1, Material safety factors |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, quadrilateral force, Mobile load, Constraint |
| RESULTS |
Ultimate bending moments contour plot, Ultimate shear forces contour plot, Distributed shear forces contour plot, Unity check shear forces contour plot, Reinforcements moment contour plot, Normative loading contour plot |
Download Tutorial
|
|
One-dimensional elastic consolidation| TUTORIAL TYPE |
Technical - Structural
Technical - Mixture
|
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, GEOTECH |
| DIMENSION |
Axial symmetric |
| ANALYSIS TYPE |
Structural nonlinear |
| MODEL TYPE |
Linear elasticity, Mixture flow-stress, Regular solid rings, Transient effects |
| LOAD & BOUNDARY CONDITIONS |
Force load, Time dependent factors, Constraint, Tyings |
| RESULTS |
Cauchy effective stresses contour plot, Pore pressure contour plot, Chart view |
Download Tutorial
|
|
Embankment on soft soil| TUTORIAL TYPE |
Technical - Geotechnical |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, GEOTECH |
| DIMENSION |
Plane strain |
| ANALYSIS TYPE |
Geomechanical staged construction |
| MODEL TYPE |
Linear elasticity, Mohr-Coulomb and Drucker-Prager plasticity, Initial stress, Drainage, Regular plane strain elements |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Constraint |
| RESULTS |
Cauchy effective stresses contour plot, Plastic strains contour plot, Pore pressure contour plot, Incremental displacements vector plot |
Download Tutorial
|
|
Yielding of a Perforated Plate| TUTORIAL TYPE |
Technical - Structural |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Two dimensional (plane stress) |
| ANALYSIS TYPE |
Structural linear static, Structural nonlinear |
| MODEL TYPE |
Von Mises plasticity |
| LOAD & BOUNDARY CONDITIONS |
Prescribed deformation, Constraint, Symmetry conditions |
| RESULTS |
Principal stresses vector plot, Plastic strains contour plot, Force-displacement curve |
Download Tutorial
|
|
Linear elastic analysis of a concrete office floor| TUTORIAL TYPE |
Getting Started |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Structural linear static |
| MODEL TYPE |
Linear elasticity, Plate bending elements, 3D Class-I beam elements |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Distributed force load, Constraint, Load combination |
| RESULTS |
Deformation contour plot, Chart view |
Download Tutorial
|
|
Snap through Buckling of a Hinged Panel| TUTORIAL TYPE |
Technical - Structural |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Three-dimensional |
| ANALYSIS TYPE |
Structural nonlinear |
| MODEL TYPE |
Linear elasticity, Regular curved shell elements |
| LOAD & BOUNDARY CONDITIONS |
Force load, Constraint |
| RESULTS |
Deformation contour plot, Chart view |
Download Tutorial
|
|
How to make animations in DianaIE| TUTORIAL TYPE |
General |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
|
| ANALYSIS TYPE |
|
| MODEL TYPE |
|
| LOAD & BOUNDARY CONDITIONS |
|
| RESULTS |
|
Download Tutorial
|
|
Dredging Simulation| TUTORIAL TYPE |
Technical - Structural, Technical - Mixture |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, GEOTECH |
| DIMENSION |
Plane strain |
| ANALYSIS TYPE |
Structural linear static, Structural nonlinear |
| MODEL TYPE |
Linear elasticity, Mohr-Coulomb and Drucker-Prager plasticity, Initial stress, Mixture flow-stress, Transient effects |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Prescribed deformation, Constraint |
| RESULTS |
Deformation contour plot, Pressure contour plot, Effective stress contour plot, Chart view |
Download Tutorial
|
|
Pushover Analysis of a Masonry House| TUTORIAL TYPE |
Getting Started, Technical - Structural, Technical - Dynamic |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Structural nonlinear, Structural eigenvalue |
| MODEL TYPE |
Engineering masonry model, Coulomb friction, Linear elasticity, Interface elements |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Modal pushover, Constraint |
| RESULTS |
Shear force-displacement curve, Deformation curve plot, Crack-width contour plot |
Download Tutorial
|
|
Pushover Analysis of an Unreinforced Masonry House| TUTORIAL TYPE |
Technical - Structural |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, STRUCTURAL
|
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Structural nonlinear, Structural eigenvalue |
| MODEL TYPE |
Engineering masonry model, Linear elasticity, Interface elements |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Modal pushover, Constraint |
| RESULTS |
Deformation contour plot, Crack-widths contour plot, State parameters contour plot |
Download Tutorial
|
|
Staggered Structural-Heat Flow Analysis of Young Hardening Concrete| TUTORIAL TYPE |
Technical - Structural |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, STRUCTURAL |
| DIMENSION |
Plane strain |
| ANALYSIS TYPE |
Phased, Transient heat transfer, Structural nonlinear |
| MODEL TYPE |
JSCE model code, Linear elasticity, Heat flow boundary |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Prescribed temperature, External temperature, Initial temperature, Constraint, Symmetry conditions |
| RESULTS |
Degrees of reaction contour plot, Temperature contour plot, Probe curve, Crack index contour plot, Elastic parameters contour plot, Total strain parameters contour plot |
Download Tutorial
|
|
Column-Beam Joint in a Portal Frame| TUTORIAL TYPE |
Technical - Structural |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, STRUCTURAL |
| DIMENSION |
Two-dimensional |
| ANALYSIS TYPE |
Structural nonlinear |
| MODEL TYPE |
Regular plane stress elements, Embedded reinforcements, Structural line interface elements, Linear Elasticity, Total strain based crack model, Von Mises plasticity, Bondslip reinforcement |
| LOAD & BOUNDARY CONDITIONS |
Prescribed deformation, Constraint, Tyings |
| RESULTS |
Deformation contour plot, Crack-widths contour plot, Principal strain contour plot, Reinforcements strain contour plot, Reinforcements stress contour plot |
Download Tutorial
|
|
Compression Wave Propagation in Soil Medium| TUTORIAL TYPE |
Technical - Dynamic |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, DYNAMICS |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Structural nonlinear, Structural eigenvalue |
| MODEL TYPE |
Linear elasticity, Dynamic effect, Far-field boundary elements |
| LOAD & BOUNDARY CONDITIONS |
Force load, Time dependent factor, Constraint |
| RESULTS |
Chart view, Displacement-time diagram, Eigenfrequencies |
Download Tutorial
|
|
Thermo-Stress Analysis of a Buttress Dam| TUTORIAL TYPE |
Technical - Structural, Technical - HeatFlow |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, STRUCTURAL |
| DIMENSION |
Three-dimensional |
| ANALYSIS TYPE |
Transient heat transfer, Structural nonlinear |
| MODEL TYPE |
Total strain based crack model, Linear elasticity, Grid reinforcemets, Interface elements |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Hydrostatic pressure, Prescribed temperature, Constraint |
| RESULTS |
Temperature contour plot, Deformation contour plot, Crack strains contour plot |
Download Tutorial
|
|
Reinforced concrete column under uniaxial cyclic loading| TUTORIAL TYPE |
Technical - Structural |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Three-dimensional |
| ANALYSIS TYPE |
Structural nonlinear |
| MODEL TYPE |
Linear elasticity, Structural solid elements, Total strain based crack model, Embedded reinforcements, Bondslip reinforcements, Menegotto-Pinto plasticity, Regular curved shell elements, Structural plane interfaces |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Distributed force, Prescribed deformation, Tyings, Constraint |
| RESULTS |
Deformation contour plot, Chart view, Crack-widths contour plot, Principal strain contour plot |
Download Tutorial
|
|
Gas explosion in a Tunnel| TUTORIAL TYPE |
Technical - Dynamic |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, STRUCTURAL |
| DIMENSION |
Plane strain |
| ANALYSIS TYPE |
Structural linear static, Structural eigenvalue, Structural nonlinear |
| MODEL TYPE |
Linear elasticity, Regular plane strain elements, Reinforcement grids, Reinforcement bars, Boundary surface elements, Total strain based crack model, Rayleigh damping, Von Mises plasticity |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Hydrostatic pressure, Distributed load, Load combination, Constraint |
| RESULTS |
Displacement contour plot, Principal stresses contour plot, Eigen frequencies, Crack-widths contour plot, Reinforcements plastic strain contour plot, Translational velocity contour plot |
Download Tutorial
|
|
Linear staged construction of placement of a culvert and varying water levels| TUTORIAL TYPE |
Technical - Geotechnical |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, GEOTECH |
| DIMENSION |
Plane strain |
| ANALYSIS TYPE |
Geomechanical staged construction |
| MODEL TYPE |
Regular plane strain elements, linear elasticity, Initial stress, shear/pressure capacity, Water levels |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Constraint |
| RESULTS |
Elastic parameters contour plot, Pore pressure contour plot, Effective stresses contour plot, Mohr-Coulomb failure criterion |
Download Tutorial
|
|
Gravity Rockfill Dam Construction & Impounding| TUTORIAL TYPE |
Technical - Geotechnical |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, GEOTECH |
| DIMENSION |
Plane strain |
| ANALYSIS TYPE |
Geomechanical staged construction |
| MODEL TYPE |
Regular plane strain elements, Mohr-Coulomb model, Modified Cam-clay plasticity, Groundwater flow boundary element |
| LOAD & BOUNDARY CONDITIONS |
Constraint, Fixed head, Distributed force, Prescribed head, External head |
| RESULTS |
Cauchy effective stresses contour plot, Plastic strain contour plot, Consolidation stress contour plot, Pore pressure contour plot, Pressure head contour plot, External hydrostatic forces vector plot |
Download Tutorial
|
|
Squeezed Disc| TUTORIAL TYPE |
Technical - Structural |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Two dimensional |
| ANALYSIS TYPE |
Structural nonlinear |
| MODEL TYPE |
Linear elasticity, Regular plane stress elements, Contact elements |
| LOAD & BOUNDARY CONDITIONS |
Prescribed deformation, Constraint |
| RESULTS |
Deformation contour plot, Stresses contour plot, Interface Tractions contour plot |
Download Tutorial
|
|
Eigenvalue Analysis of a Soil Dam - Benchmark Example| TUTORIAL TYPE |
Getting Started |
| SUITABLE FOR TRIAL VERSION |
No |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Structural eigenvalue |
| MODEL TYPE |
Linear elasticity, Solid elements |
| LOAD & BOUNDARY CONDITIONS |
Constraint |
| RESULTS |
Eigenfrequencies, Eigenmodes contour plot |
Download Tutorial
|
|
Settlement and Bearing Capacity of a Strip Footing| TUTORIAL TYPE |
Technical - Geotechnical |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, GEOTECH |
| DIMENSION |
Plane strain |
| ANALYSIS TYPE |
Phased, Structural nonlinear |
| MODEL TYPE |
Mohr-Coulomb model, Drucker-Prager plasticity, Initial stress, Drainage |
| LOAD & BOUNDARY CONDITIONS |
Self-weight, Distributed force, Load combination, Constraint, Prescribed deformation |
| RESULTS |
Deformation contour plot, Stresses contour plot, Chart view, Principal plastic strain contour plot, Pore pressure contour plot, Reaction force vector plot |
Download Tutorial
|
|
Bending Test on a Fiber-Reinforced Concrete Notched Beam| TUTORIAL TYPE |
Technical - Structural |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, STRUCTURAL |
| DIMENSION |
Two dimensional |
| ANALYSIS TYPE |
Structural nonlinear |
| MODEL TYPE |
Regular plane stress elements, 2D line interfaces elements, fib Fiber reinforced concrete, linear elasticity |
| LOAD & BOUNDARY CONDITIONS |
Force load, constraint, prescribed deformation |
| RESULTS |
Deformation contour plot, Chart view, Crack width contour plot |
Download Tutorial
|
|
Earthquake on Five-story Building| TUTORIAL TYPE |
Technical - Dynamic |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Plane strain |
| ANALYSIS TYPE |
Structural eigenvalue, Structural direct response, Structural modal response, Structural response spectrum |
| MODEL TYPE |
Linear elasticity, Infinite shell elements |
| LOAD & BOUNDARY CONDITIONS |
Base excitation load, Constraint |
| RESULTS |
Eigenfrequencies, Deformation contour plot, Chart view, Acceleration diagram, Velocity diagram |
Download Tutorial
|
|
Fluid Structure Interaction - Moving Wall in Still Water| TUTORIAL TYPE |
Technical - Structural |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Plane Strain |
| ANALYSIS TYPE |
Phased, Structural eigenvalue, Structural modal response |
| MODEL TYPE |
Flow elements, Fluid-structure interface, Linear elasticity |
| LOAD & BOUNDARY CONDITIONS |
Constraint, Force Load, Groundwater boundary conditions |
| RESULTS |
Chart view, Deformation contour plot, Translational velocity contour plot, Translational acceleration contour plot |
Download Tutorial
|
|
Nonlinear Analysis of a Concrete Slab under a Cyclic Transverse Load| TUTORIAL TYPE |
Technical - Structural |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, STRUCTURAL |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Structural nonlinear |
| MODEL TYPE |
Maekawa-Fukuura concrete model, JSCE tension stiffening, JSCE plasticity, Reinforcement grids, Interface elements |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Prescribed deformation, Constraint, Symmetry conditions, Tyings |
| RESULTS |
Force-displacement curve, Deformation contour plot, Interface tractions diagram, Reinforcements plastic strain contour plot |
Download Tutorial
|
|
Creep response of a prestressed concrete beam under sustained load| TUTORIAL TYPE |
Technical - Structural |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, STRUCTURAL |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Structural nonlinear |
| MODEL TYPE |
fib Model code for concrete structures 2010, Creep and shrinkage, Non-bonded embedded reinforcements, Interface elements |
| LOAD & BOUNDARY CONDITIONS |
Force load, Self-weight load, Post tensioning load, Load combination, Constraint, Symmetry conditions |
| RESULTS |
Deformation contour plot, Principal stresses contour plot, Crack index contour plot, Deformation-time curve |
Download Tutorial
|
|
Immersed Tunnel| TUTORIAL TYPE |
Technical - Geotechnical |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, GEOTECH |
| DIMENSION |
Plane strain |
| ANALYSIS TYPE |
Geomechanical staged construction |
| MODEL TYPE |
Linear elasticity, Initial stress, Groundwater flow properties, Regular plane strain elements |
| LOAD & BOUNDARY CONDITIONS |
Constraint, Fixed head, Prescribed head |
| RESULTS |
Pore pressure contour plot, External hydrostatic forces vector plot, Cauchy stresses contour plot |
Download Tutorial
|
|
Strip Footing - Ultimate Bearing Capacity| TUTORIAL TYPE |
Technical - Geotechnical |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Plane strain |
| ANALYSIS TYPE |
Phased, Structural nonlinear |
| MODEL TYPE |
Mohr-Coulomb model |
| LOAD & BOUNDARY CONDITIONS |
Constraint, Prescribed deformation, Self-weight load, Tyings |
| RESULTS |
Deformation contour/Vector plot, Load-displacement curve |
Download Tutorial
|
|
Solid model of a Pier| TUTORIAL TYPE |
Getting Started |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Structural linear static |
| MODEL TYPE |
Linear elasticity |
| LOAD & BOUNDARY CONDITIONS |
Distributed force, Constraint |
| RESULTS |
Deformation contour plot, Stresses contour plot |
Download Tutorial
|
|
Transient dynamic analysis of a machine foundation| TUTORIAL TYPE |
Technical - Dynamic |
| SUITABLE FOR TRIAL VERSION |
No |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, GEOTECH, DYNAMIC |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Phased, Structural Eigenvalue, Structural Nonlinear |
| MODEL TYPE |
Eurocode EN1992-1-1 (EC2), Mohr-Coulomb model, Perfectly matched layer, Linear elasticity, Solid elements, Class-I 3D Beam elements, Point/Mass damping effects, Interface elements |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Force load, Time dependent factors, Constraint |
| RESULTS |
Deformation contour plot, Chart view, Interface relative displacements contour plot, Principal stresses contour plot |
Download Tutorial
|
|
Reinforcement Design of a Pile Cap| TUTORIAL TYPE |
Technical - Structural |
| SUITABLE FOR TRIAL VERSION |
No |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, DYNAMICS |
| DIMENSION |
Two-dimensional |
| ANALYSIS TYPE |
Structural linear static, Structural nonlinear |
| MODEL TYPE |
Linear elasticity, fib Model code for concrete structures 2010, Eurocode 2, Regular plane stress elements, Line interface elements, Composed line elements, Bondslip reinforcements, Parametric design |
| LOAD & BOUNDARY CONDITIONS |
Force load, Constraint |
| RESULTS |
Deformation contour plot, Crack with contour plot, Thickness contour plot, Principal stresses contour plot, principal strain contour plot |
Download Tutorial
|
|
Shear failure in Reinforced Concrete Beam| TUTORIAL TYPE |
Technical - Structural |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, STRUCTURAL |
| DIMENSION |
Two dimensional (plane stress) |
| ANALYSIS TYPE |
Structural nonlinear |
| MODEL TYPE |
Linear elasticity, Total strain based crack model, Embedded reinforcements |
| LOAD & BOUNDARY CONDITIONS |
Force load, Constraint |
| RESULTS |
Crack strains contour plot, Chartview |
Download Tutorial
|
|
Segmented Tunnel| TUTORIAL TYPE |
Technical - Geotechnical |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, GEOTECH |
| DIMENSION |
Three-dimensional |
| ANALYSIS TYPE |
Geomechanical staged construction |
| MODEL TYPE |
Structural surface interface elements, Shell line interface elements, Structural solid elements, Linear elasticity, Mohr-Coulomb and Drucker-prager plasticity, Jansen model, Initial stress |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Constraint |
| RESULTS |
Stresses contour plot, Distributed moments contour plot, Distributed forces contour plot, Interfaces distributed moments contour plot, Interfaces distributed forces contour plot |
Download Tutorial
|
|
Construction and Operation of an Arch Dam| TUTORIAL TYPE |
Technical - Structural |
| SUITABLE FOR TRIAL VERSION |
No |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT + GEOTECH |
| DIMENSION |
Three-dimensional |
| ANALYSIS TYPE |
Phased, Structural nonlinear |
| MODEL TYPE |
CAD import, Structural solid elements, structural plane interfaces, Structural surface interface elements, linear elasticity, Initial stress, Shear/Pressure capacity, Coulomb friction |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Constraint, Hydrostatic pressure |
| RESULTS |
Displacement contour plot, Interface tractions contour plot |
Download Tutorial
|
|
Elastic Analysis Bending of a Bending Plate| TUTORIAL TYPE |
Getting Started |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Structural linear static |
| MODEL TYPE |
Linear elasticity |
| LOAD & BOUNDARY CONDITIONS |
Distributed force, Constraint |
| RESULTS |
Deformation contour plot, Distributed forces contour plot, Distributed moments contour plot, Probe curve |
Download Tutorial
|
|
Response Spectrum Analysis of a Gravity Dam| TUTORIAL TYPE |
Technical - Dynamic |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Phased, Structural response spectrum |
| MODEL TYPE |
Linear elasticity, 3D flow elements, Fluid-structure interface |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Hydrostatic pressure, Constraint, Base excitation load, Load combination |
| RESULTS |
Displacement contour plot, Eigenfrequencies, Chart view |
Download Tutorial
|
|
2D Analysis of an Earth Fill Dam| TUTORIAL TYPE |
Technical - Geotechnical |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, GEOTECH |
| DIMENSION |
Plane strain |
| ANALYSIS TYPE |
Stead state groundwater flow, Structural nonlinear |
| MODEL TYPE |
Mohr-Coulomb model, Groundwater flow effects, Linear elasticity, Groundwater flow boundary element |
| LOAD & BOUNDARY CONDITIONS |
Groundwater boundary conditions, Hydrostatic pressure, Self-weight load, Load combination, Constraint |
| RESULTS |
Pressure head contour plot, Total head contour plot, Deformation contour plot, Probe curve |
Download Tutorial
|
|
In-Plane Principal Stress Output in DIANA| TUTORIAL TYPE |
Getting Started |
| SUITABLE FOR TRIAL VERSION |
No |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Structural linear static |
| MODEL TYPE |
Linear elasticity |
| LOAD & BOUNDARY CONDITIONS |
Distributed force, Force load, Constraint |
| RESULTS |
Clipping planes, Stresses contour plot, In-plane stresses contour plot |
Download Tutorial
|
|
Elastic Analysis of a Deep Beam with Web Opening| TUTORIAL TYPE |
Getting Started |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Two dimensional (plane stress) |
| ANALYSIS TYPE |
Structural linear static |
| MODEL TYPE |
Linear elasticity |
| LOAD & BOUNDARY CONDITIONS |
Force load, Symmetry conditions, Constraint |
| RESULTS |
Deformation contour plot, Stresses contour plot, Stresses in-plane components vector plot, Probe curve |
Download Tutorial
|
|
Flow-Stress Analysis of a Box Girder| TUTORIAL TYPE |
Technical - Structural, Technical - Heat Flow |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, STRUCTURAL |
| DIMENSION |
Plane strain |
| ANALYSIS TYPE |
Transient heat transfer, Structural nonlinear |
| MODEL TYPE |
fib Model code for concrete structures 2010, Creep and shrinkage, Young hardening concrete, Heat flow aspects, Flow boundary elements |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Constraint, Initial temperature, External temperature |
| RESULTS |
Temperature contour plot, Chart view, Degree of reaction contour plot, Temperature strains contour plot, Development of mechanical properties with time, Principal stresses contour plot |
Download Tutorial
|
|
Buckling of an Arch| TUTORIAL TYPE |
Getting Started |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Two-dimensional |
| ANALYSIS TYPE |
Structural stability |
| MODEL TYPE |
Linear elasticity, Enhanced truss 2D elements |
| LOAD & BOUNDARY CONDITIONS |
Force load, Constraint |
| RESULTS |
Displacement contour plot, Eigenvalues, Eigenmodes |
Download Tutorial
|
|
Linear Analysis of a Simple Lattice Frame| TUTORIAL TYPE |
Getting Started |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Two-dimensional |
| ANALYSIS TYPE |
Structural linear static |
| MODEL TYPE |
Linear elasticity, Class-I Beam 2D elements |
| LOAD & BOUNDARY CONDITIONS |
Force load, Distributed load, Self-weight load, Constraint, Load combination |
| RESULTS |
Displacement contour plot, Cross-section moments contour plot |
Download Tutorial
|
|
Rayleigh Damping Parameters of a Gravity Dam| TUTORIAL TYPE |
Technical - Dynamic |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Structural eigenvalue |
| MODEL TYPE |
Linear elasticity, 3D flow elements, Fluid-structure interface |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Constraint |
| RESULTS |
Rayleigh damping parameters |
Download Tutorial
|
|
Linear Analysis of a Skew Plate| TUTORIAL TYPE |
Getting Started |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Structural linear static |
| MODEL TYPE |
Linear elasticity, Plate elements |
| LOAD & BOUNDARY CONDITIONS |
Force load, Constraint |
| RESULTS |
Deformation contour plot, Distributed moments contour plot |
Download Tutorial
|
|
2D Slope Stability Analysis| TUTORIAL TYPE |
Technical - Geotechnical |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, GEOTECH |
| DIMENSION |
Plane strain |
| ANALYSIS TYPE |
Structural nonlinear, strength reduction |
| MODEL TYPE |
Mohr-Coulomb model |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Constraint |
| RESULTS |
Factor of safety, Deformation contour plots |
Download Tutorial
|
|
Box Girder Bridge| TUTORIAL TYPE |
Getting Started |
| SUITABLE FOR TRIAL VERSION |
No |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Structural linear static |
| MODEL TYPE |
Linear elasticity, Reinforcement bars |
| LOAD & BOUNDARY CONDITIONS |
Distributed force, Self-weight load, Reinforcement bar prestress, Load combination, Constraint |
| RESULTS |
Deformation contour plot, Reinforcement cross-section forces plot |
Download Tutorial
|
|
Solidification in Perfect Insulation| TUTORIAL TYPE |
Technical - Heat Flow |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Two-dimensional (flow) |
| ANALYSIS TYPE |
Transient heat transfer |
| MODEL TYPE |
Linear elasticity, Heat flow aspects, 2D flow elements |
| LOAD & BOUNDARY CONDITIONS |
Prescribed temperature, Initial temperature |
| RESULTS |
Temperature contour plot, Chart view |
Download Tutorial
|
|
Linear Static Analysis of a Cantilever Beam| TUTORIAL TYPE |
Getting Started |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Two dimensional |
| ANALYSIS TYPE |
Structural linear static |
| MODEL TYPE |
Linear elasticity |
| LOAD & BOUNDARY CONDITIONS |
Force load, Constraint |
| RESULTS |
Deformation contour plot, Bending moment line diagram |
Download Tutorial
|
|
Linear Static Analysis of a Stayed Steel Chimney| TUTORIAL TYPE |
Getting Started |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Structural linear static |
| MODEL TYPE |
Linear elasticity |
| LOAD & BOUNDARY CONDITIONS |
Prescribed deformation, Distributed force, Constraint, Load combination |
| RESULTS |
Deformation contour plot, Forces contour plot, Cross-section moments contour plot |
Download Tutorial
|
|
Bending of a Hexagonal Plate| TUTORIAL TYPE |
Getting started |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Structural linear static |
| MODEL TYPE |
Linear elasticity, Plate bending elements |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Distributed force load, Constraint |
| RESULTS |
Deformation contour plot, Distributed moments contour plot, Reaction force vector plot |
Download Tutorial
|
|
Tensile Test Specimin| TUTORIAL TYPE |
Getting Started |
| SUITABLE FOR TRIAL VERSION |
No |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Structural linear static |
| MODEL TYPE |
Linear elasticity, Solid elements |
| LOAD & BOUNDARY CONDITIONS |
Distributed force load, Constraint |
| RESULTS |
Deformation contour plot, Stresses contour plot, Clipping plane |
Download Tutorial
|
|
Nonlinear Buckling of a Cylinder| TUTORIAL TYPE |
Technical - Structural |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Structural linear static, Structural stability, Structural nonlinear |
| MODEL TYPE |
Linear elasticity, Plate bending elements |
| LOAD & BOUNDARY CONDITIONS |
Distributed force, Constraint |
| RESULTS |
Displacements contour plot, Buckling values, Buckling modes, Chart view, Load-displacement curve |
Download Tutorial
|
|
Heat Flow Analysis of Cooling Pipes in Young Hardening Concrete| TUTORIAL TYPE |
Technical - Structural |
| SUITABLE FOR TRIAL VERSION |
No |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, STRUCTURAL |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Transient heat transfer |
| MODEL TYPE |
Heat flow, Linear elasticity, Cooling pipe element, Flow boundary element |
| LOAD & BOUNDARY CONDITIONS |
Initial temperature |
| RESULTS |
Degrees of reaction contour plot, Temperature contour plot, Equivalent age contour plot, Clipping planes, Internal temperature of cooling pipe contour plot |
Download Tutorial
|
|
Free Vibration of a Thin Plate| TUTORIAL TYPE |
Getting Started |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Three-dimensional |
| ANALYSIS TYPE |
Structural eigenvalue |
| MODEL TYPE |
Linear elasticity, Plate bending elements |
| LOAD & BOUNDARY CONDITIONS |
|
| RESULTS |
Displacement contour plot, Eigenvalues, Eigenmodes |
Download Tutorial
|
|
Geometrically Nonlinear Analysis of a Cantilever| TUTORIAL TYPE |
Technical - Structural |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Structural nonlinear |
| MODEL TYPE |
Linear elasticity, Curved shell elements, 3D beam elements, Geometrically nonlinear |
| LOAD & BOUNDARY CONDITIONS |
Distributed moment, Constraint |
| RESULTS |
Deformation contour plot, Load-displacement curve, Chart view |
Download Tutorial
|
|
Seepage Face| TUTORIAL TYPE |
Getting Started |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, GEOTECH |
| DIMENSION |
Plane Strain |
| ANALYSIS TYPE |
Steady state groundwater flow |
| MODEL TYPE |
2D Groundwater flow elements, Groundwater flow effects, Groundwater flow boundary element
|
| LOAD & BOUNDARY CONDITIONS |
Groundwater boundary condition |
| RESULTS |
Pressure head contour plot, Total head contour plot, Groundwater flux vector plot |
Download Tutorial
|
|
2D Analysis of a Circular Footing on Sand| TUTORIAL TYPE |
Getting Started, Technical - Geotechnical |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT - GEOTECH |
| DIMENSION |
Axial symmetric |
| ANALYSIS TYPE |
Structural linear static, Structural nonlinear |
| MODEL TYPE |
Mohr-Coulomb model, Drucker-Prager plasticity, Initial stress |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Distributed force, Constraint |
| RESULTS |
Stresses contour plot, Chart view, Plastic strain contour plot |
Download Tutorial
|
|
Heat Flow in Prefabricated Floor| TUTORIAL TYPE |
Getting Started |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Two dimensional (flow) |
| ANALYSIS TYPE |
Steady state heat transfer |
| MODEL TYPE |
Linear elasticity, Heat flow aspects, Flow boundary elements, Flow elements |
| LOAD & BOUNDARY CONDITIONS |
External temperature |
| RESULTS |
Temperature contour plot, Heat flux vector plot |
Download Tutorial
|
|
Buckling Analysis of a Thin Plate| TUTORIAL TYPE |
Getting Started |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Structural linear static, Structural stability |
| MODEL TYPE |
Linear elasticity |
| LOAD & BOUNDARY CONDITIONS |
Distributed force, Constraint, Load combination |
| RESULTS |
Deformation contour plot, Buckling mode |
Download Tutorial
|
|
Time History Analysis of a Gravity Dam| TUTORIAL TYPE |
Technical - Dynamic |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT, DYNAMICS |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Phased, Structural nonlinear |
| MODEL TYPE |
Linear elasticity, 3D flow elements, Fluid-structure interface, Transient effects, Rayleigh damping |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Hydrostatic pressure, Constraint, Base excitation load, Load combination |
| RESULTS |
Displacements contour plot, Chartview |
Download Tutorial
|
|
Linear Analysis of an Arch Dam| TUTORIAL TYPE |
Getting Started |
| SUITABLE FOR TRIAL VERSION |
No |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Three dimensional |
| ANALYSIS TYPE |
Structural linear static |
| MODEL TYPE |
Linear elasticity, Import CAD model, Solid elements, Interface elements |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Hydrostatic pressure, Constraint |
| RESULTS |
Deformation contour plot, Hydrostatic pressure contour plot |
Download Tutorial
|
|
Bond-slip of Post-tensioned Reinforcement in 2D elements| TUTORIAL TYPE |
Technical - Structural |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6
|
| MODULES REQUIRED |
EXPERT, STRUCTURAL |
| DIMENSION |
Two dimensional (plane stress) |
| ANALYSIS TYPE |
Phased, Structural nonlinear |
| MODEL TYPE |
fib Model code for concrete structures 2010, Bond-slip reinforcement, Linear elasticity |
| LOAD & BOUNDARY CONDITIONS |
Self-weight load, Post tensioning load, Force load, Load combination, Constraint, Tyings |
| RESULTS |
Deformation contour plot, Reinforcement stresses line diagram, Reinforcement interface relative displacement line diagram, Reinforcement interface tractions line diagram |
Download Tutorial
|
|
Settlement Analysis of a Strip Footing - Linear Static Analysis| TUTORIAL TYPE |
Getting Started, Technical - Geotechnical |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Plane strain |
| ANALYSIS TYPE |
Structural linear static |
| MODEL TYPE |
Linear elasticity |
| LOAD & BOUNDARY CONDITIONS |
Distributed force, Constraint |
| RESULTS |
Deformation contour plot, Principal stresses contour plot |
Download Tutorial
|
|
2D Heat Transfer with Convection| TUTORIAL TYPE |
Technical - Heat Flow |
| SUITABLE FOR TRIAL VERSION |
Yes |
| FOR DIANA VERSION |
10.6 |
| MODULES REQUIRED |
EXPERT |
| DIMENSION |
Two dimensional (flow) |
| ANALYSIS TYPE |
Steady state heat transfer |
| MODEL TYPE |
Linear elasticity, Heat flow aspects, 2D flow elements, Flow boundary elements |
| LOAD & BOUNDARY CONDITIONS |
Prescribed temperature, External temperature |
| RESULTS |
Temperature contour plot, Chart view, Heat flux vector plot |
Download Tutorial
|
