A) To simulate real-world constraints or loads
B) To create complex geometries
C) To convert units of measurement
D) To visualize stress distribution

A) Frequency analysis
B) Static analysis
C) Thermal analysis
D) Dynamic analysis

A) Microsoft Excel
B) AutoCAD
C) ANSYS
D) Adobe Photoshop

A) Modal analysis
B) Static analysis
C) Dynamic analysis
D) Frequency analysis

A) Generating random elements
B) Creating the model geometry and mesh
C) Applying boundary conditions
D) Analyzing simulation results

A) Optimizing material properties
B) Determining natural frequencies and modes of vibration
C) Generating 3D models
D) Creating geometry constraints

A) Beam element
B) Solid element
C) Shell element
D) Tetrahedral element

A) Thermal analysis
B) Dynamic analysis
C) Modal analysis
D) Steady-state analysis

A) Creating complex geometries
B) Applying boundary conditions
C) Calculating stresses in materials
D) Determines the effect of parameter changes on the results