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3 Days Workshop on

Computer Analysis of

Frame Structure

IIT KharagpurKolkata Campus

AT

th thDate : 26 -28 March, 2014Time: 10:00 am - 5:00 pm

Workshop Resource Person:

Dr. Damodar MaityDepartment of Civil Engineering

IIT Kharagpur

Organized By:

IVS Noble Solutions

Email:register@ivsnoblesolutions.inwww.ivsnoblesolutions.in

Venue:

IIT KharagpurKolkata Campus

Seminar HallHC Block, Sector III, Salt lake,

Kolkata.

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About the Workshop

Recent revolution in science andchnology provide new opportunities inuilding to analysis its structure beforeuilding an actual construction. Thisrofessionally oriented workshop isesign to understand the core concepts ofomputer analysis of frame structure, byetting into the principal of structural

nalysis and structural elements with thep-gradation of technology.

Workshop will attempt to develop theoncept of computer modeling of real liferucture with a justified simplification insystematic way by focusing on modernatrix method and finite element

nalysis. The software results are worthnly if the user has a good understandingf the structural analysis and its modelingpects.

This practical scenario relatingorkshop will provide participants to getound understanding about the topics andpractical implementation of a topic which could be utilized to works in differe

Objective

The objective of the course is to build capacity of engineers for engineering skills to implement in structure engineeroftware and more importantly, imbibe a culture of following these skills meticulously. The training will be givenvercome barriers or find easy solutions to a common problems like modeling, instability etc. Some fundamentals wilutlines to help engineers brush up on related theories.

nalysis platform like STAAD.Pro, SAPor any other.

Coverage

1. Principles of Structural Analysis 1.1 Basic Steps in Computer Analysis 1.2 Structural Idealization 1.3 Degrees of Freedom 1.4 Types of Structural Elements 1.5 Discretization of Structures 1.6 Loads and equivalent loads 1.7 Boundary Conditions 1.8 Support Conditions

1.9 Support Displacements 1.10 Elastic Supports

1.11 Oblique Supports 1.12 Solution Techniques for Different

Boundary Conditions 1.13 Type of Analysis Linear Vs. Nonlinear Analysis

Elastic Vs. Inelastic Analysis Static Vs. Dynamic

1.14 Choice of Analysis 1.15 Matrices Related to Structural Analysis 1.16 Solution of Simultaneous Equations

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Coverage Continue...

2. Introduction to Stiffness Method 2.1 Steps for Stiffness Method 2.2 Formulation of Element Stiffness 2.3 Assemble of Stiffness Matrix 2.4 Force Calculation 2.5 Local and Global Coordinate Systems 2.6 Transformation Matrices3. Introduction to Finite Element Method

3.1 Natural coordinates 3.2 Shape functions 3.3 Stresses and Equilibrium 3.4 Strain-Displacement Relations 3.5 Linear Constitutive Relations 3.6 Analysis of Plane Truss

3.7 Analysis of Continuous Beam3.8 Analysis of Plane Frame

3.9 Analysis of Grid3.10 Analysis of Space Frame

All the concepts will be illustrate with suitable examples in very interactive sessions.Who May Attend

Practicing Engineers- government and private-in Civil/ Structural/ Mechanical/ Instrumentation.Faculty members of Engineering Colleges.Scientists from government/ private R&D organizations.Government Officers (Ministries).Research Scholars and M. Tech students.Civil Builders/Contractors.Key Personnel from Test Centers.Motivated undergraduate students, who aspire to do research.

Speaker

Dr. Damodar Maity

Associate ProfessorDepartment of Civil Engineering

IIT Kharagpur

Author of book Computer analysis offrame structure published byI. K.International Publishing House Pvt. Ltd.

Education Qualification:Ph.D (IIT Khargrapur)Research Area:

Cost Effective Housing, Health Monitoringof Structures, Seismic Analysis of Dam.

Publications:Damage Assessment of Beams from Changes in Natural Frequencies using Ant COptimization by Aditi Majumdar, Ambar De, Damodar Maity and Dipak Kumar Maiti StruEngineering and Mechanics - An International Journal, 45(3), pp. 387-406 (2013)Structural Damage Assessment using FRF Employing Particle Swarm Optimization bMohan, D.K. Maiti and Damodar Maity Applied Mathematics and Computation, 219, 10400 (2013)Vibration Based Structural Damage Detection Technique using Particle SOptimization with Incremental Swarm Size by Bhardwaj Nanda, Damodar Maity and Kumar Maiti International Journal of Aeronautical & Space Science, 13(3), pp. 323-331 (2Damage Assessment of Truss Structures from Changes in Natural Frequencies usinColony Optimization by Aditi Majumdar, Dipak Kumar Maiti and Damodar Maity A

Mathematics and Computation, 218, pp. 9759-9772 (2012)A Review of Experimental Investigations into the Seismic Behaviour of Concrete GDams by Parsuram Nayak and Damodar Maity Dam Engineering, XXII (3), pp. 171 (201Coupled Gravity Dam-Foundation Analysis using a Simplified Direct Method oStructure Interaction by A. Burman, Parsuram Nayak, P. Agrawal, , Damodar MaitDynamics and Earthquake Engineering, 34, pp. 6268 (2012)Long-Term Influence of Concrete Degradation on Dam-Foundation Interaction Burman, Damodar Maity, S. Sreedeep, I. Gogoi International Journal of ComputaMethods, 8(3), 397 - 423 (2011)Application of Radial Basis Neural Network on Damage Assessment of StructuresVallabhaneni and Damodar Maity Procedia Engineering, 14, 3104 - 3110 (2011)Seismic Analysis of Bridges: A Case Study on Saraighat Bridge by Yogesh WadhwDamodar Maity The ICFAI University Journal of Structural Engineering, IV(3), 07 - 19 (2Iterative Analysis of Concrete Gravity Dam-Nonlinear Foundation Interaction Burman, Damodar Maity, and S. Sreedeep International Journal of Engineering, Scien

Technology, Vol. 2, pp.85 - 99 (2010)

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