ADOPTION OF PROGRAMMING CODES IN THE DESIGN OF GRAVITY DAMS

The advancement of computational tools has revolutionized structural engineering, allowing for precise,efficient, and cost-effective design methodologies. This paper explores the adoption of programming codes inthe design of gravity dams, specifically focusing on rectangular dams, trapezoidal dams with a vertical waterface, and trapezoidal dams with an inclined water face. The study includes mathematical formulations, stabilitychecks, and a Python-based computational model for the design and verification of these dams. The proposedmethodology enhances accuracy, reduces human errors, and provides engineers with an automated approach tostability assessment.