Robot Structural Analysis Verification
Budget: $10 – $30 USD
I own a Robot Structural analysis model that needs careful examination. I'm looking for a highly-skilled engineer adept in this specific field to help me with the following:
I need the Following:
Summary:
1-Manual report showing specific information I need.
2- Automated Report Generated from Robot itself.
Details:
I have a complete design model submitted to me for approval and I want to check it by generating the automated Robot report for inputs and outputs, in addition, I want to extract the following information in an additional simple report with screenshots if needed:
1- The total vertical length from the top to the bottom of the frame (…. meters)
2- The width out to out from both directions (short direction width …. Cm, long direction width ….cm)
3- The spacing between vertical elements.
4- The spacing between horizontal elements.
5- The horizontal and vertical spacing between upper supports
6- The spacing between lower supports.
7- Selected profiles and their locations. (secondary and main)
8- Dead load in MPA
9- Wind load In MPA
10- Cases of loading Considered by the designer.
11- Maximum deformation/deflection. corresponding to the most critical case of loading
12- Maximum Stress. corresponding to the most critical case of loading.
13- Utilization Values for moment and shear
14- Reactions for bottom and top supports.
15- Safety confirmation
I need the Following:
Summary:
1-Manual report showing specific information I need.
2- Automated Report Generated from Robot itself.
Details:
I have a complete design model submitted to me for approval and I want to check it by generating the automated Robot report for inputs and outputs, in addition, I want to extract the following information in an additional simple report with screenshots if needed:
1- The total vertical length from the top to the bottom of the frame (…. meters)
2- The width out to out from both directions (short direction width …. Cm, long direction width ….cm)
3- The spacing between vertical elements.
4- The spacing between horizontal elements.
5- The horizontal and vertical spacing between upper supports
6- The spacing between lower supports.
7- Selected profiles and their locations. (secondary and main)
8- Dead load in MPA
9- Wind load In MPA
10- Cases of loading Considered by the designer.
11- Maximum deformation/deflection. corresponding to the most critical case of loading
12- Maximum Stress. corresponding to the most critical case of loading.
13- Utilization Values for moment and shear
14- Reactions for bottom and top supports.
15- Safety confirmation