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Course Co-ordinated by
IIT Kharagpur
NPTEL
>>
Courses
>>
Civil Engineering
>> Finite Element Analysis (Web) >>
Content
Question in Lecture
Introduction to Finite Element Analysis
Content
Lecture 1: Introduction (Page 1-6)
Lecture - 2 : Content
Lecture 2: Basic Concepts of Finite Element Analysis (Page: 7-12)
Lecture 3 : Content
Lecture 3: Introduction to Elasticity (Page: 13-23)
Lecture 4 : Content
Lecture 4: Steps in Finite Element Analysis (Page: 24-29)
Finite Element Formulation Techniques
Content
Lecture 1: Virtual Work and Variational Principle (Page: 1-4)
Lecture 2 : Content
Lecture 2: Galerkin Method (Page: 5-10)
Lecture 3: Content
Lecture 3: Finite Element Method: Displacement Approach (Page:11-16)
Lecture 4:Content
Lecture 4: Stiffness Matrix and Boundary Conditions(Page:17-21)
Element Properties
Module 3: Content
Lecture 1: Natural Coordinates (Page:1-8)
Lecture 2: Triangular Elements (Page:9-17)
Lecture 3: Rectangular Elements (Page:18-24)
Lecture 4: Lagrange and Serendipity Elements (Page:25-33)
Lecture 5: Solid Elements (Page:34-39)
Lecture 6: Isoparametric Formulation (Page:40-47)
Lecture 7: Stiffness Matrix of Isoparametric Elements(Page:48-55)
Lecture 8: Numerical Integration: One Dimensional(Page:56-60)
Lecture 9: Numerical Integration: Two and Three Dimensional(Page:61-67)
Analysis of Frame Structures
Module 4: Content
Lecture 1: Stiffness of Truss Members(Page: 1-6)
Lecture 2: Analysis of Truss(Page: 7-14)
Lecture 3: Stiffness of Beam Members(Page: 15-21)
Lecture 4: Finite Element Analysis of Continuous Beam(Page: 22-30)
Lecture 5: Plane Frame Analysis(Page: 31-38)
Lecture 6 Analysis of Grid and Space Frame(Page: 38-48)
FEM for Two and Three Dimensional Solids
Module 5: Content
Lecture 1: Constant Strain Triangle(Page:1-6)
Lecture 2: Linear Strain Triangle(Page:7-12)
Lecture 3: Rectangular Elements(Page:13-19)
Lecture 4: Numerical Evaluation of Element Stiffness(Page:20-30)
Lecture 5: Computation of Stresses, Geometric Nonlinearity and Static Condensation(Page:31-38)
Lecture 6: Axisymmetric Element(Page:39-45)
Lecture 7: Finite Element Formulation of Axisymmetric Element(Page:45-52)
Lecture 8: Finite Element Formulation for 3 Dimensional Elements(Page:53-59)
FEM for Plates and Shells
Module 6: Content
Lecture 1: Introduction to Plate Bending Problems(Page: 1-10)
Lecture 2: Finite Element Analysis of Thin Plate(Page: 11-17)
Lecture 3: Finite Element Analysis of Thick Plate (Page: 18-24)
Lecture 4: Finite Element Analysis of Skew Plate (Page: 25-31)
Lecture 5: Introduction to Finite Strip Method(Page: 32-37)
Lecture 6: Finite Element Analysis of Shell(Page: 38-45)
Additional Applications of FEM
Module 7: Content
Lecture 1: Finite Elements for Elastic Stability(Page: 1-8)
Lecture 2: Finite Elements in Fluid Mechanics(Page: 9-15)
Lecture 3: Dynamic Analysis(Page: 16-23)
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All Questions
Question:
sir ,can we use finite element method for residential buildings
By:
Kumar Gaurav
Date:
2012-11-27
Answer:
Yes, FEM can be used for analysis of residential buildings.
By:
Dr. D. Maity
Date:
2012-11-30
Question:
but sir will it not be bad from cost point of view?
By:
Kumar Gaurav
Date:
2012-12-08
The co-ordinator will post his answer
Question:
1 Why is the most stable Element is triangular Element in FEM analysis. 2 Why we chose triangular element most of the time in our analysis?
By:
Kumar Gaurav
Date:
2013-03-02
The co-ordinator will post his answer
All Questions for this Course
Question:
sir ,can we use finite element method for residential buildings
By:
Kumar Gaurav
Date:
2012-11-27
Answer:
Yes, FEM can be used for analysis of residential buildings.
By:
Dr. D. Maity
Date:
2012-11-30
Question:
but sir will it not be bad from cost point of view?
By:
Kumar Gaurav
Date:
2012-12-08
The co-ordinator will post his answer
Question:
1 Why is the most stable Element is triangular Element in FEM analysis. 2 Why we chose triangular element most of the time in our analysis?
By:
Kumar Gaurav
Date:
2013-03-02
The co-ordinator will post his answer
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