Fundamentals of Beam Design

Course Description

Fundamentals of Beam Design is an introductory-level course that covers essential concepts in structural engineering, focusing on beam design and analysis. This course explores various aspects of beam behavior, including bending moments, shear forces, and deflection. The course delves into the principles of tension and compression in beams, the calculation of bending moments for different load scenarios, and the importance of section modulus in beam strength. It also touches on practical applications, such as analyzing snow loads on roofs and selecting appropriate steel beam sizes based on strength requirements. The course is designed to provide learners with a solid foundation in beam design principles, which are crucial for project development and documentation.

Learning Objectives

• Explain the concepts of tension and compression and their impact on structural elements.

• Determine the maximum bending moment in a beam and understand its significance in design.

• Understand the role of section modulus in beam design and how it is used to select an appropriate beam section.

• Evaluate appropriate beam sizes based on loading conditions and allowable stresses.

• Calculate bending stress in beams and understand its impact on material selection and design decisions.