B2000++ Examples Collection

• 1. Introduction
• 2. Static
  • 2.1. Bolt Stress Analysis
  • 2.2. Asymmetric cable
  • 2.3. Cantilever Bracket
  • 2.4. Cook Membrane Problem
  • 2.5. Deployable Ring
  • 2.6. Hyperboloid Shell
  • 2.7. Lee’s Frame Problem
  • 2.8. Node Section Forces
  • 2.9. Non-Linear Analysis Restart
  • 2.10. Raasch Challenge Test
  • 2.11. Rod Snap Problem
  • 2.12. Tensile Strip with Hole
  • 2.13. Tower Cable
• 3. Buckling and Postbuckling
  • 3.1. Slit Open Annular Plate
  • 3.2. Linear Buckling of Box Beam
  • 3.3. Channel Section Beam Problem
  • 3.4. Curved Panel
  • 3.5. Curved Panel Restart
  • 3.6. Cylinder under Torsion Load
  • 3.7. Hinged Cylindrical Shell
  • 3.8. Euler Buckling of Beam
  • 3.9. L-Shaped Frame
  • 3.10. Hexadome
  • 3.11. Flat Isotropic Plate
  • 3.12. Cylindrical Panel (PSC5)
  • 3.13. Cylindrical Panel (Verolme)
• 4. Free Vibration
  • 4.1. Cylindrical Panel
  • 4.2. Eigenfrequencies of Hinged Plate
  • 4.3. Eigenfrequencies of Flat Isotropic Plate
  • 4.4. Non-Structural Mass Test
  • 4.5. Composite Panel with Stringers
  • 4.6. PMASS free vibration tests
  • 4.7. PMASS6 free vibration tests
  • 4.8. Prestressed Beams
• 5. Dynamic Transient
  • 5.1. Forced Vibration (Bar)
  • 5.2. One-DOF Oscillator
  • 5.3. Nonlinear 1 DOF system
  • 5.4. Cube in Gravitational Field
• 6. Material Failure
  • 6.1. Hashin Criterion Failure Envelope
• 7. Kinematic Coupling
  • 7.1. Solid Elements Rod
• 8. Model Reduction
  • 8.1. Vibration of a Clamped Beam
• 9. Heat Flow (stationary)
  • 9.1. Heat Conduction Test (Wall)
  • 9.2. Heat Conduction in Tube
  • 9.3. Heat Convection Test (Wall)
  • 9.4. Radiation of Cylinder to Plate
  • 9.5. Radiation of Heated Wire
  • 9.6. Radiation of Plate to a Plate
• 10. Coupled Analysis
  • 10.1. Thermal Bending of Beam
  • 10.2. Thermal Stresses in Clamped Beam
• 11. Converter Tests
  • 11.1. Airjet Half Model (BDF)
  • 11.2. Truss (BDF)
• 12. Basic: Boundary Conditions
  • 12.1. Gravity (Acceleration) Field Loads
  • 12.2. Traction Loads
• 13. Basic: Beam Elements
  • 13.1. Beam Thermal Expansion
  • 13.2. Beam with Spring Support
  • 13.3. Beam End Release Tests
  • 13.4. Beam with pin-joint
  • 13.5. Beam Element Offset Tests
  • 13.6. Beam Section Properties Tests
  • 13.7. Beam Strain and Stress Tests
• 14. Basic: Constraint Tests
  • 14.1. Constraint Tests (RBE, LINC, FMDE, JOIN)
• 15. Basic: Invariance Tests
  • 15.1. Invariance to Node Shift Tests
  • 15.2. Invariance to Mesh Rotation/Translation Tests
• 16. Basic: Laminates
  • 16.1. Laminate Test
  • 16.2. Laminated plate stacking tests
    • 16.2.1. Laminated plate bending test
• 17. Basic: MDL
  • 17.1. Model Description language (MDL) Tests
• 18. Basic: Shear Stresses
  • 18.1. Shear Deformation Tests
• 19. Basic: Shell Elements
  • 19.1. Membrane and bending patch test
  • 19.2. Stresses in Shells (Cantilever)
  • 19.3. Shell 1 element test 1
  • 19.4. Membrane patch test
  • 19.5. Shell 1 Element Test 5
  • 19.6. Shell 1 Element Test (eccentricity)
  • 19.7. Shell 1 Element Test (Large Strain)
  • 19.8. Shell 1 element test 1 (Plane Strain Condition)
• 20. Basic: Solid Elements
  • 20.1. Anisotropic Solid Material Test
  • 20.2. Solid 1 Element Tests
  • 20.3. Solid Elements Patch Tests
  • 20.4. Solid Element Strain and Stress Tests
  • 20.5. Thick-Walled Cylinder
• 21. Basic: Spring Element
  • 21.1. Spring Element Tests
• 22. Basic: Thermal Stresses
  • 22.1. Basic Thermal Stress Tests
    • 22.1.1. One-element linear thermal stress tests
    • 22.1.2. Beam linear thermal stress tests
• 23. Basic: Transformations
  • 23.1. Node Local DOF Transformations
  • 23.2. Multi-Branch Transformations
  • 23.3. Node-local DOF Transformation Tests
• 24. Bibliograpy
• Index

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