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Basic Designer and Virtual Verifier (Mechanical) Practice Test: Analysis By Applying Loads And Boundary Conditions
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Avg score: 85% • Most missed: “Extensive model checks for cohesiveness, clashes, ‘...............’, aspect rati…”
Basic Designer and Virtual Verifier (Mechanical) Practice Test: Analysis By Applying Loads And Boundary Conditions
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25 Questions

1. Fluid flow calculations for...............  .
2. By analysing the parts we can also find the...............  ,
3. How many types of moment are present in the loads?
4. Nodal displacements and nodal temperatures are the primary unknowns for................
5. Which is the example of thermal loads?
6. The interpolation or shape function of displacements between nodal points...............  .
7. Torque causes shear stress while other two moments produce...............  .
8. Force estimations is done in the...............  .
9. Stiffness and strain calculations for................
10. Which is the example of structural loads?
11. FEA can introduce the into...............   traditional design methods.
12. The entity joining nodes and forming a specific shape such as quadrilateral or triangular is known as................
13. Nodal degrees of freedom represent................
14. Which is the example of structural loads?
15. Fatigue damage is the main failure mode of...............  .
16. An element stiffness matrix is formulated using a...............    on the basis that actual displacements occurring will be those that minimise the strain energy.
17. Extensive model checks for cohesiveness, clashes, ‘...............’, aspect ratios of elements.
18. The modified global equations are solved for the...............  unknowns at the nodes.
19. Which is the example of thermal loads?
20. All of the calculations are made at a limited number of points known as...............  .
21. Thermal analysis they represent...............  .
22. What is the output data required at node points of interest?
23. Full form of FEM...............  .
24. Element boundaries should coincide with...............  .
25. The component under investigation is ‘...............  ’ into an assembly of finite elements in the pre-processing stage

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