Book
Engineering Mechanics 2: Mechanics of Materials
Dietmar GrossWerner HaugerJörg SchröderWolfgang A. WallJavier Bonet
- Year:
- 2011
- Publisher:
- Springer
Cited by 4 notes, 0 problems and 0 apps.
Where it is used
Notes 4
- Fundamentals of Mechanics of BarsA comprehensive look into structural engineering elements, this topic maps out how three-dimensional members are idealized into one-dimensional bars based on their neutral axis and cross-sections. It contrasts uniform prismatic members with nonuniform tapered and stepped bars, detailing the physical implications of cross-sectional variation on structural stiffness and stress concentrations.Used at:No page or section given
- Introduction to Mechanics of MaterialsMechanics of Materials analyzes how external loads affect deformable solids. It focuses on internal forces, stress, strain, and deformation to solve two main engineering problems: analysis (checking structural safety) and design (sizing components and selecting materials).Used at:No page or section given
- Fundamental Principles and Assumptions in Mechanics of MaterialsThis section outlines the core principles of Mechanics of Materials: equilibrium, compatibility, and constitutive relations. It explains essential engineering assumptions, including small deformation theory, the superposition principle, Saint-Venant's principle, and why force transmissibility is invalid for internal stress analysis.Used at:No page or section given
- Material IdealizationsMaterial Idealizations simplifies complex mechanical behaviors. It defines elastic, plastic, and elastoplastic materials to classify deformations, establishes Hooke’s law for linear elasticity, and categorizes materials as homogeneous or isotropic to streamline structural calculations.Used at:No page or section given