Programming project

Choose from the following themes/topics: 1- Plane stress transformation 2. Plane strain transformation 3. Strain rosettes (arbitrary directions) 4- 60-degree rosettes 5- 45-degree rosettes 6- Yield theories for ductile materials 7. Yield (fracture) theories for brittle materials 8- Thin-walled cylinder 9. Thick-walled cylinder with internal pressure 10- Thick-walled cylinder with external pressure 11- Thick-walled cylinder with internal and external pressure 12- Circular bar subjected to torsion and axial compression 13- Rectangular bar subjected to bending and axial tension 14- Simply-supported beam with one transverse force, T-shape section 15- Simply supported beam with uniformly distributed load, rectangular section 16- Overhung beam with one transverse force at the free end, I-shape section 17. Cantilevered beam with one transverse force at the free end, hollow rectangular section 18- Cantilevered beam with uniformly distributed load, hollow rectangular section 19. Overhang beam with one transverse force at the free end and uniformly distributed load over the supported length, rectangular section 20- Simply supported beam with two transverse forces along its length, rectangular section 21- YOU MAY ALSO PROPOSE YOUR TOPIC BASED ON THE CHAPTERS COVERED IN CLASS Illustrative topic: Circular bar subjected to torsion (Refer to the sample tasks fite) TASK #1 Due 12-Jan-2022 Formulate the problem related to your topic. Write a detailed and concise description of the problem. These should include the objectives, scopes (limitation), assumptions, and related key equations. List all questions that you plan to address through the project. Provide a two-column table listing the input (known) parameters and output (unknown) variables. TASK 2 Design the logic flowchart of your calculations. TASK 3 Develop the code based on the flowchart. You may use any programming language and compiler. Run the code for different set of input variables, examine the outcomes. TASK 14 Prepare your final report based on the given template. Choose from the following themes/topics: 1- Plane stress transformation 2. Plane strain transformation 3. Strain rosettes (arbitrary directions) 4- 60-degree rosettes 5- 45-degree rosettes 6- Yield theories for ductile materials 7. Yield (fracture) theories for brittle materials 8- Thin-walled cylinder 9. Thick-walled cylinder with internal pressure 10- Thick-walled cylinder with external pressure 11- Thick-walled cylinder with internal and external pressure 12- Circular bar subjected to torsion and axial compression 13- Rectangular bar subjected to bending and axial tension 14- Simply-supported beam with one transverse force, T-shape section 15- Simply supported beam with uniformly distributed load, rectangular section 16- Overhung beam with one transverse force at the free end, I-shape section 17. Cantilevered beam with one transverse force at the free end, hollow rectangular section 18- Cantilevered beam with uniformly distributed load, hollow rectangular section 19. Overhang beam with one transverse force at the free end and uniformly distributed load over the supported length, rectangular section 20- Simply supported beam with two transverse forces along its length, rectangular section 21- YOU MAY ALSO PROPOSE YOUR TOPIC BASED ON THE CHAPTERS COVERED IN CLASS Illustrative topic: Circular bar subjected to torsion (Refer to the sample tasks fite) TASK #1 Due 12-Jan-2022 Formulate the problem related to your topic. Write a detailed and concise description of the problem. These should include the objectives, scopes (limitation), assumptions, and related key equations. List all questions that you plan to address through the project. Provide a two-column table listing the input (known) parameters and output (unknown) variables. TASK 2 Design the logic flowchart of your calculations. TASK 3 Develop the code based on the flowchart. You may use any programming language and compiler. Run the code for different set of input variables, examine the outcomes. TASK 14 Prepare your final report based on the given template