Cantilever with only Pressure load Material: Structural steel Mass:1.884 kg
Submodelling Comparison Study
Dec 21, 2015
Submodelling Comparison Study
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Cantilever with only Pressure load
Material: Structural steel
Mass:1.884 kg
Cantilever with only Pressure load
No loads on sub modelComplete model
1. The sub model is not loaded with pressure, only cut boundary displacements are given.
2. The displacements are same (as our BCs are disp.), but stresses are not real.
Pressure load on sub modelComplete model
Cantilever with only Pressure load
1. The sub model is loaded with pressure, and cut boundary displacements are given.
2. The displacements are same (as our BCs are disp.), also stresses are same and matching.
Cantilever with only End point load
Material: Structural steel
Mass:1.884 kg
No loads on sub modelComplete model
1. The sub model is not loaded with point load, only cut boundary displacements are given.
2. The displacements are same (as our BCs are disp.), also stresses are real.
Cantilever with only End point load
Cantilever with only End moment (Torque)
Material: Structural steel
Mass:1.884 kg
Cantilever with only End moment (Torque)
No loads on sub modelComplete model
1. The sub model is not loaded with moment, only cut boundary displacements are given.
2. The displacements are same (as our BCs are disp.), also stresses are real.
Cantilever with only End moment (Torque) and Moment along the length
Material: Structural steel
Mass:1.884 kg
Cantilever with only End moment (Torque) and Moment along the length
No loads on sub modelComplete model
1. The sub model is not loaded with moments, only cut boundary displacements are given.
2. The displacements are same (as our BCs are disp.), but stresses are not real.
Cantilever with only End moment (Torque) and Moment along the length
Moment loads on sub modelComplete model
1. The sub model is loaded with proportional longitudinal moments, also cut boundary displacements are given.
2. The displacements are same (as our BCs are disp.), and stresses are real.
Simply supported beam with acceleration
Material: Structural steel
Mass:1.884 kg
Simply supported beam with acceleration
No loads on sub modelComplete model
1. The sub model is not given any acceleration, only cut boundary displacements are given.
2. The displacements are same (as our BCs are disp.), but stresses are not real.
Simply supported beam with acceleration
Acceleration on sub modelComplete model
1. The sub model is given acceleration, and cut boundary displacements are given.
2. The displacements are same (as our BCs are disp.), also stresses are real.
Related Documents
