CSWP - Multiple Choice Practice || 465
Questions || With Complete Solutions
Graded A+
QUESTIONS AND ANSWERS
The Maximum stress on a cantilever beam with a force loaded downwards at its tip
and axially in compression will be located: ANSWER -At the lower corner of its
contact with the wall
What type of study calculates critical loads for slender models under compression?
ANSWER -buckling
The statement that the displacement at a particular location in specific direction can
be larger than the resultant displacement at that location is: ANSWER -False for
ALL types of models
A force F applied in static analysis produces a resultant displacement URES. If the
Force is now 2*F and the mesh is not changed then URES will: ANSWER -Double if
there is no source of non-linearity in the study (like contacts or large displacement
options)
Which of the following assumptions are true for static analysis in SolidWorks
Simulation? A: All the displacements are small relative to the model geometry.
B: With the exception of the problems involving no penetration, shrink fit and virtual
wall contact conditions, the resulting quantities such as displacements, strains and
stresses are directly proportional to the applied loads.
C: the model is not fully elastic. If loads are removed the model will not return to its
original state.
Questions || With Complete Solutions
Graded A+
QUESTIONS AND ANSWERS
The Maximum stress on a cantilever beam with a force loaded downwards at its tip
and axially in compression will be located: ANSWER -At the lower corner of its
contact with the wall
What type of study calculates critical loads for slender models under compression?
ANSWER -buckling
The statement that the displacement at a particular location in specific direction can
be larger than the resultant displacement at that location is: ANSWER -False for
ALL types of models
A force F applied in static analysis produces a resultant displacement URES. If the
Force is now 2*F and the mesh is not changed then URES will: ANSWER -Double if
there is no source of non-linearity in the study (like contacts or large displacement
options)
Which of the following assumptions are true for static analysis in SolidWorks
Simulation? A: All the displacements are small relative to the model geometry.
B: With the exception of the problems involving no penetration, shrink fit and virtual
wall contact conditions, the resulting quantities such as displacements, strains and
stresses are directly proportional to the applied loads.
C: the model is not fully elastic. If loads are removed the model will not return to its
original state.
