ME-504 (A) · Industrial Engineering & Ergonomics/Official Syllabus
Industrial Engineering & Ergonomics (ME-504 (A)) - Official Syllabus (ME-504)
1
Unit 1
Unit-1 : Introduction :
- Structural analysis objectives static
- Dynamic and kinematics analyses
- Skeletal and continuum structures
- Modeling of infinite d.o.f. system into finite d.o.f. system
- Basic steps in finite element problem formulation
- General applicability of the method.
2
Unit 2
UNIT-2 : Element Types and Characteristics :
- Discretization of the domain
- Basic element shapes Aspect ratio
- Shape functions
- Generalized co-ordinates and nodal shape functions.
- ID spar and beam elements 2D rectangular and triangular elements
- Axisymmetric elements.
3
Unit 3
UNIT-3 : Assembly of Elements and Matrices
- Concept of element assembly Global and local co-ordinate systems
- Band width and its effects Banded and skyline assembly
- Boundary conditions Solution of simultaneous equations
- Gaussian elimination and Choleksy decomposition methods
- Numerical integration
- One and 2D applications.
4
Unit 4
UNIT-4 : Higher Order and Isoparametric Elements
- One dimensional quadratic and cubic elements
- Use of natural co-ordinate system
- Area co-ordinate system continuity and convergence requirements
- 2D rectangular and triangular requirement.
5
Unit 5
UNIT-5 : Static & Dynamic Analysis :
- Analysis of trusses and frames
- Analysis of machine subassemblies
- Use commercial software packages
- Advantages and limitations
- Hamilton’s principle Derivation of equilibrium
- Consistent and lumped mass matrices
- Derivation of mass matrices for ID elements
- Determination of natural frequencies and mode shapes
- Use of commercial software packages.
6
Unit 6
== END OF UNITS==
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