SOLIDWORKS Professional
Simulations well answered
What is the Modulus of Elasticity? - ANS ✔✔The slope of the Stress-Strain curve in its linear
section
What is stress? - ANS ✔✔A measure of average amount of force exerted per unit area
Which of the following assumptions are true for a static analysis in SOLIDWORKS Simulation
with small displacements? - ANS ✔✔1)All the displacements are small relative to the model
geometry
2)Inertia effects are negligible and loads are applied slowly
What is Yield stress? - ANS ✔✔The stress level beyond which the material becomes plastic
A high-quality Shell element has ________ nodes. - ANS ✔✔6
Stress s is proportional to a linear elastic material. - ANS ✔✔strain
The Elastic Modulus (Young's Modulus) is the slope defined as ________ divided by ________. -
ANS ✔✔stress/strain
Linear static analysis assumes that the relationship between loads and the induced response is:
- ANS ✔✔linear
, In SOLIDWORKS Simulation, the Factor of Safety (FOS) calculations for tensile materials are
based on one or more of the following failure criteria. - ANS ✔✔1)Maximum shear stress
(Tresca)
2)Maximum von Mises Stress
The Yield point is the point where the material begins to deform at a faster rate than at the
elastic limit. The material behaves ________ in the Plastic Range. - ANS ✔✔non-linearly
What are the Degrees of Freedom (DOFs) restrained for Truss joints? - ANS ✔✔3 translations
What are the Degrees of Freedom (DOFs) restrained for Shells and Beams? - ANS ✔✔6: 3
rotations and 3 translations
Which statements are true for Material Properties using SOLIDWORKS Simulation? - ANS ✔✔1)
For solid assemblies, each component can have a different material
2) For shell models, the material of the part is used for all shells
A Beam element has ________ nodes (one at each end) with ________ degrees of freedom per
node plus ________ node to define the orientation of the beam cross section. - ANS ✔✔3
nodes
6 dof
1 orientation node
A Truss element has ________ nodes with ________ translational degrees of freedom per node.
- ANS ✔✔2 nodes
3 dof
Simulations well answered
What is the Modulus of Elasticity? - ANS ✔✔The slope of the Stress-Strain curve in its linear
section
What is stress? - ANS ✔✔A measure of average amount of force exerted per unit area
Which of the following assumptions are true for a static analysis in SOLIDWORKS Simulation
with small displacements? - ANS ✔✔1)All the displacements are small relative to the model
geometry
2)Inertia effects are negligible and loads are applied slowly
What is Yield stress? - ANS ✔✔The stress level beyond which the material becomes plastic
A high-quality Shell element has ________ nodes. - ANS ✔✔6
Stress s is proportional to a linear elastic material. - ANS ✔✔strain
The Elastic Modulus (Young's Modulus) is the slope defined as ________ divided by ________. -
ANS ✔✔stress/strain
Linear static analysis assumes that the relationship between loads and the induced response is:
- ANS ✔✔linear
, In SOLIDWORKS Simulation, the Factor of Safety (FOS) calculations for tensile materials are
based on one or more of the following failure criteria. - ANS ✔✔1)Maximum shear stress
(Tresca)
2)Maximum von Mises Stress
The Yield point is the point where the material begins to deform at a faster rate than at the
elastic limit. The material behaves ________ in the Plastic Range. - ANS ✔✔non-linearly
What are the Degrees of Freedom (DOFs) restrained for Truss joints? - ANS ✔✔3 translations
What are the Degrees of Freedom (DOFs) restrained for Shells and Beams? - ANS ✔✔6: 3
rotations and 3 translations
Which statements are true for Material Properties using SOLIDWORKS Simulation? - ANS ✔✔1)
For solid assemblies, each component can have a different material
2) For shell models, the material of the part is used for all shells
A Beam element has ________ nodes (one at each end) with ________ degrees of freedom per
node plus ________ node to define the orientation of the beam cross section. - ANS ✔✔3
nodes
6 dof
1 orientation node
A Truss element has ________ nodes with ________ translational degrees of freedom per node.
- ANS ✔✔2 nodes
3 dof
