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This video gives an introduction to the course, Basic introduction to finite element analysis, the need for FEA, and the numerical method of solving engineering problems is explained in this video.

Introduction to Basic introduction to FEA

The method of  solving engineering problems, namely the numerical method and experimental method is explained in this video.

Method of solving engineering problems

The advantages of FEA analysis include, predicting product performance, reducing raw materials, and ensuring optimal design, etc, Linear static, Nonlinear analysis, crash analysis and NVH analysis are some of the types of analysis carried out in FEA. These are discussed in detail in this video.

Advantages and types of FEA analysis

Various stages of FEA problems such as CAD model Input, pre-process, solving, and post-processing are explained in detail in this video.

Stages of FEA problem

Geometry, sectional properties, materials, boundary condition, and test data are the inputs required to perform FEA.

Input needs to perform FEA

The basic process summary, along with the important concepts in FEA such as stiffness matrix for a spring element and stiffness matrix properties are discussed in this video.

Important concepts in FEA

A node is a coordinate location in space where the degrees of freedom and physical property are defined, while the element is a mathematical entity that defines how the shape and physical property of an internal point is interpolated from node positions and physical properties. These concepts are discussed in detail in this video along with the best practices in FEA.

Nodes, elements and best practices in FEA

This video discusses the current and emerging trends in FEA, along with the career opportunities available in the field of finite element analysis in FEA.

Current trends and opportunities for FEA

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Basic introduction to FEA

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Master the core concepts of CAE engineering with the free FEA online course. In this free CFD course, our instructor clearly explained the different methods for solving engineering problems. Towards the end of this course, you will understand the different types of FEA, key concepts and career opportunities in this domain.

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