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Finite Element analysis

Course ID
MECT142
Level
Postgraduate
Credit Hours
CH:1.2

• Be able to integrate finite element method (as a powerful
• numerical technique) in the solution of differential equations.
• Be able to discretize a domain and build the nodes and element
• matrices as an initial step for solving distributed fields on using
• the finite element method.
• Be able to apply finite element technique in predicting the static
• and dynamic deflections of structures.
• Be able to apply finite element technique in the calculation of
• heat flow field in composite domains.
• Be able to apply finite element technique in the calculations of
• coupled field materials such as piezoelectric elements

• The finite element method explained physically.
• Domain discretization
• Finite Element Equations
• Static and Dynamic applications of structures
• Heat flow applications
• Coupled field applications with focus on piezoelectricity
• Acoustics applications
• Using ANSYS® software for finite element analysis