C++ Implementation of Stress-Strain Analysis for Structural Systems

Objectives

• Study and analyze stress-strain on any arbitrary plane.
• Develop algorithms for stress-strain analysis on arbitrary planes.
• Solve the stress-strain analysis problem using programmed code.
• Validate the results of the algorithms.

Achievements

• Reduced analysis time by 93.33%, from 30 minutes to 2 minutes
• Provided accurate and reliable stress-strain analysis results
• Eliminated the possibility of human error in manual calculations
• Improved efficiency and accuracy in determining critical planes and stresses
• Streamlined the process of stress-strain analysis by automating calculations
• Validated the results by comparing them with manual calculations

Conclusion

• The project successfully addressed the challenges in stress-strain analysis by utilizing programming language.
• The developed C++ code for stress-strain analysis proved to be efficient and time-saving.
• The implementation of algorithms eliminated the monotonous task of manual calculation.
• The results obtained from the programmed analysis were successfully validated and proved to be reliable.