Treffer: Modelling Bodies in Static Equilibrium Using Python Programming: Bridging Theory and Practice.

This study explores the static equilibrium, which is a foundational concept in physics and engineering, using Python programming. Python's computational capabilities bridge theoretical concepts with the practical problem solving by enabling the analysis of forces and stability in mechanical systems. The methodology involves using computation and numerical analysis with NumPy to solve equilibrium equations. Visualization tools such as Matplotlib help illustrate force interactions and support conditions. Real-world examples, including force balance in beams and rigid bodies, are used to demonstrate applications. This work provides students and engineers with hands-on experience in analyzing static systems, promoting deeper understanding and enhanced problem-solving skills through computational thinking. [ABSTRACT FROM AUTHOR]

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