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Fidesys Example (Step-by-Step) Tutorials

Solving any problem using CAE FIDESYS package includes 6 basic steps:

Thus, each user action is described in detail in the corresponding section of the step-by-step example.

Screenshots and other images show what the user should see on the screen while following the step-by-step instructions.

Each example contains a script containing the commands CAE Fidesys.

Examples:

Example 1. Static Analysis (3D)
Example 2. Static Load (Gravity Force)
Example 3. Static Load (Beam Model, Reaction Forces)
Example 4. Static Load (Shell)
Example 5. Hydrostatic Pressure on Cylinder (Setting Boundary Conditions According to Coordinates)
Example 6. Buckling (Shell Model)
Example 7. Modal Analysis (3D)
Example 8. Modal Analysis (Shell Modal)
Example 9. Setting Heat Transfer (3D, Working With Two Blocks)
Example 10. Dynamic Load: Nonsteady Heat Transfer (3D, Implicit Scheme)
Example 11. Harmonic Analysis (Beam Model)
Example 12. Bounded Contact Simulation
Example 13. Change of Pressure in Well
Example 14. The Loading History of the Elastic-Plastic Plate
Example 15. Sequential Addition of Volumes in the Calculation Process
Example 16. Sequential Deletion of Volumes in the Calculation Process
Example 17. Seismic Wave Propagation (SEG-Y Results)
Example 19. Transient Analysis on a Beam Model with Constant Acceleration
Example 20. An Example of Applying a Force Distributed Over a Surface
Example 21. Poro-Elastic-Plastic Well Model (2D)
Example 22. Symmetric Boundary Conditions for a Cylinder
Example 23. Replacement of Material at Loading Steps
Example 24. Sequential Formation of Mines
Example 25. Non-Axisymmetric Disc Loading
Example 26. Modulus Table Dep
Example 27. Calculation of the Safety Factor of Workings According to the Drucker-Prager Theory
Example 28. Sequential Rock Mass Excavation with Cylindrical Drifting
Example 29. Creating a Coupling Hinge for Beams
Example 30. Linear Spectral Analysis of a Beam Using a Response Spectrum
Example 31. Stability of the Pipe Under Force Action
Example 32. Pipe Stability Under Pressure
Example 33. Spectral Analysis of the Beam Using the Reaction Spectrum
Example 34. Launching Individual Blocks for Calculation
Example 35. A Step-by-step Example to Demonstrate the Zeroing of Stresses When Changing Material at a Certain Step
Example 36. Topology Optimization of Flat Cantilever
Example 37. Topology Optimization of the Cantilever
Example 38. Static Thermoelasticity Problem
Example 39. Use of BC Fluid Flow
Example 40. Optimization Problem With Fidesys Python API
Example 41. Step-by-Step Example with Rod Extension
Example 42. Static Calculation of the Wing of the Bombardier Learjet 35
Example 43. Bolt Preload in a Tangent Model
Example 44. Plate Under Creep Action
Example 45. The Problem of Loading the Internal Pressure of a Cylinder with a Power Shell
Example 46. Plot of Soil with Working under Pressure
Example 47. Hertz Problem for Two Hemispheres with Contact
Example 48. Static Calculation of a Model with a Remotely Fixed Force
Example 49. Step by Step Change of Material in the Block
Example 50. Calculation of Stresses in the Contact Zone
Example 51. Transient Analysis for Beam With a Constant Velocity
Example 52. Multilinear Hardening
Example 53. Volume Heat Source
Example 54. Bends with a Rigid Rotor under the Influence of a Harmonic Load Specified in the Table
Example 55. Heat Flux
Example 56. The Total Moment for the Section of the L-shaped Pipeline
Example 57. Calculation for Materials with Zero Density in Modal Analysis
Example 58. Shaft Segment Calculation in Cylindrical Coordinates
Example 59. Shaft Segment Calculation in Spherical Coordinates
Example 60. Concrete Mobility Test (Cone Slump)
Example 61. Formation of Separation and Pressing in Assembly with Contacts
Example 62. Linearization According to the K-type Ascent Research Principle
Example 63. The Problem of Loading a Rectilinear Pipe Element with Internal Pressure
Example 64. SSS Analysis of a Rock with a Working under Pressure from the Upper Layers
Example 65. The Impact of Cyclic Loads on a Concrete Sample
Example 66. Calculation of Force for a Flange Connection under the Action of an External Overturning Moment
Example 67. The Problem of Harmonic Vibrations of a Solid Model
Example 68. Stability Analysis of a Shell-Beam Model in the Form of a Cylinder
Example 69. Lame Problem for a Hollow Cylinder Taking into Account Mohr-Coulomb Plasticity
Example 70. Example Implementation of RBE3 - Communication
Example 71. Axisymmetric Formulation of a Plane Problem
Example 72. Analysis of a Beam Subject to Random Vibration Specified by Power Spectral Density
Example 74. Evaluation of Fatigue Life of a Single-Span Beam under Bending Load
Example 75. Automated Creation of Connections between Hole Lines and Vertices
Example 76. Constructing Diagrams of Internal Forces in a Cantilever Beam
Example 77. High Speed Destruction
Example 78. Calculation of the Effective Properties of a Layered Fiber Composite
Example 79. Numerical Estimation of the Effective Characteristics of a Layered Material
Example 80. A Two-Layer Layered Fiber Composite in Which the Fiber is Modeled Beam
Example 81. Determination of Effective Mechanical Characteristics for Orthogonal Reinforced Composite
Example 82. Determination of Effective Mechanical Characteristics for a Cube of a Homogeneous Isotropic Material
Example 83. Air Duct Calculation (Acoustic Calculation)
Example 84. Coupled Calculation of a Flexible Plate Attached to an Acoustic Cavity
Example 85. Calculation of a Radiator Consisting of Temperature-Dependent Materials
Example 86. Calculation of a Round Tank with a Spherical Daily Task for Laying in Cylindrical and Spherical Coordinates
Example 87. Calculation of Safety Factor of a Multilayer Composite Plate Reinforced with Solid Bricks and Loaded with Pressure
Example 88. Sample from Undisturbed Rock under Triaxial Loading Conditions
Example 89. Custom Sections
Example 90. Water Splashing in the Tank
Example 91. Analysis of the results using the filter "Element Solution"
Example 92. The problem of thermal conductivity considering a moving heat source and phase transitions
Example 93. Calculation of slope stability coefficient