To derive axial deformations for a column using the Finite Element Method (FEM) in MATLAB: Define the geometry and material properties of the column. Create a mesh with finite elements (e.g., 1D beam elements). Specify boundary conditions (e.g., supports and applied loads). Assemble the stiffness matrix for the system. Apply loads to the column. Solve for the displacements using a solver like the backslash operator (). Calculate axial deformations at different points along the column by analyzing the displacement results. Visualize and analyze the deformations as needed for your specific problem.
To determine tolerance values: Define functional needs. Refer to industry standards. Consider manufacturing limits. Evaluate fit in assembly. Balance precision with cost.
Thank you so much for this video. I was able to learn how to revolve and assemble with just your video. Thank you.
Happy to hear!!
What are Experimental purpose for wheel assembly could you please help to figure out this?
Casters are used in numerous applications, including shopping carts, office chairs, toy wagons, hospital beds, and material handling equipment.
@@themechanicalengineer Thanks a lot
Do you have the front and side sectional views of this wheel? Or do you have any idea where i can find them
To derive axial deformations for a column using the Finite Element Method (FEM) in MATLAB:
Define the geometry and material properties of the column.
Create a mesh with finite elements (e.g., 1D beam elements).
Specify boundary conditions (e.g., supports and applied loads).
Assemble the stiffness matrix for the system.
Apply loads to the column.
Solve for the displacements using a solver like the backslash operator ().
Calculate axial deformations at different points along the column by analyzing the displacement results.
Visualize and analyze the deformations as needed for your specific problem.
hello, could you please tell how we can find tolerances on this assembly?
To determine tolerance values:
Define functional needs.
Refer to industry standards.
Consider manufacturing limits.
Evaluate fit in assembly.
Balance precision with cost.
sir,
can I have these solidwork's files?
Mail me dmecengr@gmail.com