Structural Mechanics

A specialized course on the Structural Mechanics Module, solid mechanics interfaces, structural multiphysics couplings and fluid-structure interaction.

ECTS credits

3 ECTS

Teaching hours

9 hours

Instructors

Technical Director
COMSOL, UK
Department of Engineering Science
University of Oxford, UK
This course is taught within the Structural Mechanics & Acoustics track and can also be included in a custom program.

Course overview

The course is devoted to the specific physics interfaces and tools of the Structural Mechanics Module, which is added to the main COMSOL Multiphysics installation.

The Structural Mechanics Module provides modeling tools and functionalities tailored to analyze the mechanical behavior of solid structures, with application areas including Mechanical Engineering, Civil Engineering, Geomechanics, Biomechanics and MEMS Devices.

Students will work with advanced analyses of stresses, deformations, stiffness, flexibility, natural frequencies of vibration, response to dynamic loads and buckling instability.

The course also reviews multiphysics capabilities that extend structural mechanics models through couplings with heat transfer, electromagnetic fields, fluid flow and fluid-structure interaction.

Structural areas covered

  • Mechanical behavior of solid structures.
  • Stresses, deformations, stiffness and flexibility.
  • Natural frequencies and dynamic loads.
  • Buckling instability.
  • Material constitutive equations.
  • Boundary conditions.
  • Contact problems.
  • Fluid-structure interaction and multiphysics couplings.

Syllabus

Module 01

Structural Mechanics Modeling

  • Introduction to Structural Mechanics Modeling.
  • Fundamental Theory of Structural Mechanics.
  • Basic Methods and Functionalities of Structural Mechanics Modeling.
Module 02

Physics Interfaces of Structural Mechanics

  • The Solid Mechanics Interface.
  • Plate, Shell and Membrane Interfaces.
  • The Beam, Truss and Beam Cross Section Interfaces.
  • Structural Multiphysics Interfaces and Couplings.
  • Fluid-Structure Interaction.

Analyze solid structures with stronger multiphysics context.

Continue reviewing the course catalog or visit the teaching team behind the program.