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Simulation Analysis for Mechanical Engineers with Autodesk Fusion 360 Quiz Answers

Final assessment Quiz Answers

Question 1)
Which of the following is true of the behavior of a component that is removed in the Simplify workspace?

• The component is removed from the active simulation model in Simplify and in the Design workspace
• The component is only removed from the Design workspace
• Components can only be removed from the Design workspace
• The component is only removed from the active simulation model in Simplify

Question 2)
Which of the following is used to prepare a model for simulation without changing the overall design?

• Manufacture workspace.
• Design workspace.
• Edit Model workspace.
• Simplify workspace.

Question 3)
How does a simulation treat a component’s material if the study material is different from the physical material assigned in the Design workspace?

• The physical material overrides selected study materials during the simulation.
• The simulation cannot be run if the physical material and study material are different.
• The simulation analyzes the load cases for both the study and physical materials in one run.
• The study material overrides applied physical materials during the simulation.

Question 4)
Which of the following is a read-only sample materials library in the Material Browser window?

• Fusion 360 Material Library.
• Favorites.
• Fusion 360 Favorites Library.
• Material Library.

Question 5)
Which axes can be controlled with a Fixed structural constraint?

• A, B, C.
• Radial, Axial, Tangential.
• Ux, Uy, Uz.
• Rx, Ry, Rz.

Question 6)
Which of the following is a reasonable advantage to defining a Bolt Connector for a bolt and nut fastener in a simulation model?

• There is no reasonable advantage to using Bolt Connectors.
• Simulation results can only be compared if a Bolt Connector is used.
• Removes the need to design, mesh, and solve solid models of fastener parts.
• Bolt Connectors require less input to configure than Structural Constraints.

Question 7)
Which of the following is copied in a cloned load case?

• Structural Loads and Constraints.
• Only Structural Loads.
• Simulation solve results.
• Only Structural Constraints.

Question 8)
Which default colorization is applied to components that are Free when in the DoF view?

• Red.
• Yellow.
• Green.
• Cyan.

Question 9)
If mesh elements in a certain area of the design do not provide adequate resolution for a simulation, which of the following tools should be used?

• Re-generate the same mesh.
• Use the Form workspace to increase the number of face divisions.
• Nothing can be done, the mesh resolution is fixed and approximations must be made.
• Use Local Mesh Control.

Question 10)
What happens to the Cloud Credits used when a simulation that was solved on the cloud failed prior to solving?

• They are fully refunded.
• A quarter of the credits are refunded.
• None of the credits are refunded.
• Half the credits are refunded.

Question 11)
Which of the following results options are available for a Static Stress simulation?

• Manufacturing Cost.
• Material Lifetime.
• Load Path Criticality.
• Safety Factor.

Question 12)
In which of the following simulation types can a Symmetry Plane be defined to force the outcome to be symmetric?

• Static Stress.
• Shape Optimization.
• Thermal Stress.
• Nonlinear Static Stress.

Question 13)
What is the default criterion for the Stiffness objective in a Shape Optimization study?

• Minimize stiffness.
• Stiffness is not a criterion in a Shape Optimization study.
• Maximize stiffness.
• Maintain stiffness.

Question 14)
If the outcome of a Shape Optimization study contains some internal pockets or occlusions, how can they be viewed in the Results tool?

• Opacity Control.
• Cut Plane.
• Section View.
• Slice Plane.

Question 15)
Which of the following locations can a mesh object from a Shape Optimization study be added to using the Promote tool?

• Manufacture workspace.
• Render workspace.
• Design workspace.
• Drawing workspace.

Question 16)
What tool allows for the creation of a slice sketch through a mesh body given a body and a section plane?

• Mesh Cut.
• Mesh Section.
• Mesh Slice.
• Mesh Curve.

Question 17)
Which of the following steps should be taken after a design has been created based on a promoted mesh from a Shape Optimization study?

• The new design should be milled on a CNC and physically tested.
• The new design should be validated using a Static Stress simulation.
• The new design from the Shape Optimization study is just for reference and should be remade from scratch.
• The new design should be 3D printed and physically tested.

Question 18)
What happens to the results of a simulation after adjustments are made to the model?

• They are saved in a new file.
• The results are out-of-date and must be re-solved.
• The old results are exported in a report and re-solved automatically.
• They update automatically once the study is activated.

Question 19)
Which of the following is true of a Nonlinear Static Stress study material selection?

• The material must have non-Ferrous properties.
• The material must have nonlinear properties.
• The material must have non-Newtonian properties.
• The material must have linear properties.

Question 20)
Which of the following selections is required in a Fixed Plane Draft operation?

• Pull Direction only.
• Pull Direction and parallel plane from the origin.
• Pull Direction and Faces to draft.
• Faces to draft only.

Question 21)
Which of the following steps can be skipped in the setup of Structural Buckling study for a simulation model containing a single beam?

• Structural Loads.
• Contact sets.
• Material Assignment.
• Structural Constraints.

Question 22)
Which analysis type would be most appropriate to use when evaluating if a design deformed under high RPM?

• Linear Static Stress.
• Structural Buckling.
• Nonlinear Static Stress.
• Modal Frequencies.

Question 23)
What happens to the results of a Modal Frequencies simulation if the mass of a design is reduced?

• The magnitude of applied loads is changed.
• There is no change because mass doesn’t affect modal frequency.
• The mass participation is reduced.
• The material type is changed.

Question 24)
What happens when bodies used to create point masses are moved in a simulation study?

• Bodies with point masses are grounded within the simulation model and cannot be moved.
• The results are out-of-date and must be re-solved.
• The point masses remain in their original locations.
• A new simulation model is automatically created with new point mass locations.

Question 25)
When a Point Mass is defined using multiple body selections, where is the point mass located?

• Multiple point masses for each body are added to the centroid of the combined bodies.
• One point mass is added to the centroid of the combined bodies.
• Multiple point masses are added to the center of each individual body.
• One point mass is added to the origin of the simulation model.

Question 26)
When configuring the Point Mass (Auto) dialog, where is the point mass automatically added for a single body selection?

• At the relative origin of the selected geometry.
• At the point where the mouse was clicked.
• At the global origin of the entire simulation model.
• At the center of the selected geometry.

Question 27)
Which of the following Structural Load types require gravity to be toggled on?

• Bearing Load.
• Hydrostatic Pressure.
• Force.
• Pressure.

Question 28)
Which of the following load types should be applied to simulate the effects of constantly added thermal energy from an electrical component?

• Applied Temperature.
• Heat Source.
• Convection.
• Radiation.

Question 29)
Which of the following steps can be skipped during simulation setup?

• Defining a structural load.
• Validating materials of all components.
• Creating structural constraints.
• Pre-generating the mesh.

Question 30)
Which setting can be used to control the number of steps displayed in the Results view of an Event Simulation?

• Result Intervals.
• Heartbeat.
• Event Duration.
• Result Step.