Composite analysis course

Composite analysis course

This course is aimed at those who are interested in the application of composite materials for the development of efficient lightweight structural designs.

$299.00

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Course details

Course Overview:

This course is designed for individuals interested in the application of composite materials for developing efficient lightweight structural designs. It caters to both new and experienced engineers and designers in the field of composites who aim to establish a strong knowledge base in composite material mechanics and gain practical experience in analyzing composite structural elements.

Module 1:

  • Definitions, terminology, and notation in composites.
  • Understanding the constituents: reinforcement, matrix, and core.
  • Overview of manufacturing processes, including prepreg and dry fiber techniques.
  • Discussion of thermoplastics, automation, part design, assembly processes, future technologies, and defect detection.

Module 2:

  • Introduction to composite materials.
  • Analysis of an individual ply.
  • Macro-mechanics of a laminate.
  • Focus on fatigue and damage tolerance of composite structures.
  • Techniques for repairing composite structures.
  • Analysis of composite structure failures.
  • Impact considerations in composite structures.
  • Evaluation of crashworthiness in composite structures.
  • Ensuring structural stability in composite structures.
  • Introduction to finite element modeling of composite structures.
  • Hands-on practice with practical FEM using ABAQUS.

Module 3:

  • Familiarization with composites.
  • An executive introduction to composites.
  • Designed for those new to composites.
  • Insights into designing with composites.

Module 4:

  • Introduction to composite materials.
  • Advanced composite materials.
  • Understanding concessions in composite applications.
  • Non-destructive testing in composite analysis.
  • Exploration of thermoplastic matrix composites.
  • Automatic fiber placement.
  • Identifying typical defects in composites and the reasons behind their occurrence.

Module 5:

  • Discussion of the Prandtl-Tomlinson model.
  • Introduction to nanotribology.
  • Exploration of nanomanipulation and wear in composites.

Who Should Attend:

This course is suitable for the following audience:

  • Engineers with limited knowledge of composites and structures.
  • Experienced engineers seeking to broaden their understanding of composites from both an analytical and manufacturing perspective.
  • Engineers involved in composite concessions, non-destructive testing, and manufacturing.
  • Engineers and designers looking to enhance their effectiveness in performing composite analysis.

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