Colin Baxter FEA Sample The following models were constructed in CATIA V5 and I then performed FEA

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Chapter 11: Modelling Mismatch in Shell Thickness and Surface Mesher

Screenshot 1: Deformation

Screenshot 2: Displacement

Colin Baxter FEA Sample The following models were constructed in CATIA V5 and I then performed FEA

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Screenshot 3: Displacement (Web)

Screenshot 4: Von Mises Stress

Colin Baxter FEA Sample The following models were constructed in CATIA V5 and I then performed FEA

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Chapter 11 – Practice 1: Modelling Mismatch in Shell Thickness and Surface Mesher

Screenshot 1: Deformation

*Since the spec tree does not fit legibly onto the whole screen, I have shown the top here, and the

bottom in the following screenshots.

Screenshot 2: Displacement

Colin Baxter FEA Sample The following models were constructed in CATIA V5 and I then performed FEA

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Screenshot 3: Von Mises Stress

Chapter 14: FE Model of a Bearing-Shaft Assembly using Analysis Connection

Screenshot 1: Deformation

*Since the spec tree does not fit legibly onto the whole screen, I have shown the top here, and the

bottom in the following screenshots.

Colin Baxter FEA Sample The following models were constructed in CATIA V5 and I then performed FEA

5 | P a g e

Screenshot 2: Displacement

Screenshot 3: Von Mises Stress

Screenshot 4: Von Mises Stress (shaft)

Colin Baxter FEA Sample The following models were constructed in CATIA V5 and I then performed FEA

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Screenshot 5: Von Mises Stress (bearing)

Screenshot 6: Image Layout (Displacement, Von Mises Stress)

Colin Baxter FEA Sample The following models were constructed in CATIA V5 and I then performed FEA

7 | P a g e

Chapter 14- Practice 1: FE Model of a Bearing-Shaft Assembly using Analysis Connection

Screenshot 1: Deformation

Equal Force on Top and Bottom

(Bottom Force) = (2)(Top Force)

(2)(Bottom Force) = (Top Force)

Colin Baxter FEA Sample The following models were constructed in CATIA V5 and I then performed FEA

8 | P a g e

Screenshot 2: Displacement

Equal force on top and bottom

(Bottom Force) = (2)(Top Force)

(Bottom Force) = (2)(Top Force)

Colin Baxter FEA Sample The following models were constructed in CATIA V5 and I then performed FEA

9 | P a g e

Screenshot 3: Von Mises Stress

Equal force on top and bottom

(Bottom Force) = (2)(Top Force)

(Bottom Force) = (2)(Top Force)