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Strength of Materials Fundamentals

EDUCBA via Coursera

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Overview

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Master Strength of Materials with easy-to-understand concepts, formulas, and engineering numericals. Build strong mechanical engineering fundamentals for exams, projects, and technical careers. This course provides a complete foundation in Strength of Materials, covering stress, strain, elasticity, torsion, springs, beams, deflection, and column theory. Learners will develop practical problem-solving skills through structured lessons and numerical examples designed for beginners and engineering students. The course explains core mechanical engineering concepts step-by-step, helping learners confidently analyze material behavior, calculate beam stresses, understand torsion mechanics, and solve real engineering problems. Advanced topics like beam deflection methods and Euler’s column theory are also covered in a simplified manner. Ideal for diploma students, mechanical engineering learners, and technical exam aspirants seeking a strong conceptual and numerical foundation in Strength of Materials.

Syllabus

  • Foundations of Strength of Materials
    • Learn the core principles of Strength of Materials including stress, strain, elasticity, Hooke’s law, and normal stress concepts used in mechanical engineering analysis.
  • Mechanical Properties of Materials
    • Explore ductility, plasticity, hardness, creep, impact strength, and engineering formulas used to evaluate material performance and deformation behavior.
  • Deformation, Revision, and Elastic Constants
    • Understand elastic constants, Poisson’s ratio, bulk modulus, and deformation calculations used in structural and mechanical engineering applications.
  • Safety, Strain, and Thermal Stress
    • Analyze thermal strain, composite bars, stress-strain relationships, and factor of safety concepts for safe engineering design and material evaluation.
  • Torsion, Springs, and Beam Basics
    • Develop practical understanding of torsion, shaft behavior, spring mechanics, beam loading, and bending moment analysis in mechanical systems.
  • Beam Stress, Deflection, and Advanced Methods
    • Master beam stress analysis, shear force diagrams, beam deflection methods, and Euler’s column theory for advanced structural engineering calculations.

Taught by

EDUCBA

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