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Chapter 3 2D Simulations
1
Chapter 3
2D Simulations
3.1 Step-by-Step: Triangular Plate
3.2 Step-by-Step: Threaded Bolt-and-Nut
3.3 More Details
3.4 More Exercise: Spur Gears
3.5 More Exercise: Filleted Bar
3.6 Review
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Chapter 3 2D Simulations
Section 3.1 Triangular Plate 2
Section 3.1
Triangular Plate
Problem Description
The plate is made of steel and designed to
withstand a tensile force of 20,000 N on each
of its three side faces.
We are concerned about the deformations
and the stresses.
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Chapter 3 2D Simulations
Section 3.1 Triangular Plate 3
Project Schematic
Techniques/Concepts
Concepts>Surface From Sketches
Analysis Type (2D)
Plane Stress Problems
Generate 2D Mesh
2D Solid Elements
<Relevance Center> and
<Relevance>
Loads>Pressure
Weak Springs
Solution>Total Deformation
Solution>Equivalent Stress
Tools>Symmetry
Coordinate System
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Chapter 3 2D Simulations
Section 3.2 Threaded Bolt-and-Nut 4
Section 3.2
Threaded Bolt-and-Nut
Problem Description
[1] Bolt.
[2] Nut.
[3] Plates.
[4] Section
view.
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Chapter 3 2D Simulations
Section 3.2 Threaded Bolt-and-Nut 5
[1] The 2D
simulation
model.
17 mm
The plane of symmetry
[6] Frictionless
support.
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