A ONE DAY WORKSHOP ON “FINITE ELEMENT METHOD” (Aug 29th, 2019)

About JITS-Narsampet:

Jayamukhi institute of technological sciences, Narsampet was sponsored by Jayamukhi educational society, Warangal. The institute is permanently affiliated to JNTU Hyderabad. The institute is started in a humble way with three B.Tech courses namely ECE, CSE and IT with an intake of 60 each in the year of 2001. In a span of 14 years it has developed as one of the premier technical institutes offer five B.Tech courses ME, ECE, CSE, EEE, and Civil Engineering with an intake of 840 and M.Tech courses namely VLSI, Embedded Systems, CSE, SWE, PSCA and CAD/CAM. Further the institute also offers MBA. Four B.Tech courses namely CSE, ECE, EEE and IT are accredited by NBA. The institute is spread over in the area of 40 acres. It has well developed Laboratories in all disciplines, about 1000 latest configuration branded systems connected in High speed LAN with 4 numbers of IBM high end servers. The institute has dedicated BSNL 20 Mbps High speed Internet connectivity with Wi-Fi facility for entire the campus.

About The Department:

The Mechanical Engineering Laboratories are well equipped with latest machinery and ANSYS / MATLAB licensed software are provided in CAD/CAM Lab. The institute has well qualified and experienced faculty. The department has SAEINDIA Jayamukhi collegiate club, under this club department has organized 2 FDP Programmes sponsored by AICTE and many workshops, seminars, and guest lecturers for the benefit of Students and Faculty Members.

Resource Persons

Renowned academicians in this field are being invited to deliver lectures on specialized topics. Some of the eminent guest faculties in this field are:

List of Resource Persons:

• 1. Mr.GM Raja MahendraBusiness Executive at YUCAN Technologies Bengaluru, Karnataka

Workshop Theme:

This course is designed to provide training on basics of Finite Element Method (FEM) and its implementation using ANSYS. Finite Element Method is a powerful engineering analysis tool, and has been widely used in engineering since it was introduced in the 1950s. This course presents the basic theory and simple application of Finite Element Method (FEM) along with common FEM terminology. The emphasis of this course is on the fundamental concepts of finite element analysis. ANSYS software is used in variety of engineering fields to model structures, fluids, electronics and system simulation. In this hands-on course, participants will learn how to perform engineering simulations using a powerful tool from ANSYS, Inc. This is a problem-based course where participants will learn by doing. Participants will practice using a common approach to problems involving different physics. Aim of the course is to enable the participants understand how to apply the FEM in obtaining approximate solutions to the boundary value problems using ANSYS. The course is purely hands-on training on ANSYS software.

Course Contents:

•   Introduction to FEM: Introduction of FEM, ANSYS Mechanical Overview, Engineering Data application Adding Material Properties, Geometry Creation and Clean Up. This course provides an introduction to FEM with a focus on one and two dimensional problems in structures, heat transfer, static and dynamics.
•   Domain: In mathematics, a domain is the set of independent variables for which a function is defined. In finite element method, a domain is a continuous system (region) over which the laws of physics govern. In structural engineering, a domain could be a beam or a complete building frame. In mechanical engineering, a domain could be a piece of machine parts or a thermal field.
•   Boundary Conditions: The boundary conditions of a function are values of the function at the edge of the range of some of its variables. Knowledge of some of the boundary conditions is needed to solve an engineering problem or to find an unknown function.
•   Meshing: Mesh Creation (Meshing Methods), Mesh Control (Local and Global Mesh Controls), and Mesh valuation.
•   Static Structural Analysis: Structural Analysis (Named Selection), Beam Connections (Object Generator), Parameter Management (Bracket Analysis), Non-Linear Structural Analysis (Linear vs Nonlinear Analysis), Contact Offset Control (Contact Detection), Remote Boundary Conditions (Application of Remote Loads)
•   Buckling, Modal & Thermal Analysis: Eigen value Buckling (Buckling of Column), Modal Analysis (Plate with Hole), Pre-stressed Modal Analysis (Airplane Wing), Steady State Thermal Analysis (Radiating System).
•   Non-linear Analysis: Geometry Nonlinearity (Large Deflection), Contact Nonlinearity (Contact Stiffness Study and Symmetric vs. Asymmetric), Material Nonlinearity (Metal Plasticity)
•   Hands on Experience for different industrial oriented problems

Learning Objective

At the conclusion of this course, the student will understand:

• • the concept of the Finite Element Method (FEM);
• • the advantages and disadvantages of the FEM;
• • the applications of the FEM;
• • the concept of matrix and vector;
• • the important role played by the FEM in today's engineering world;

And will be familiar with:

• • the element stiffness matrix;
• • the matrix operations used in the FEM;
• • the different types of finite elements;
• • the terminology used in the FEM;
• • the global stiffness matrix assembly;
• • The step-by-step procedure of the FEM.

Schedule:

1. 1. Last date of receipt of applications:
   August 29th, 2019
2. 2. Spot registrations allowed

The Applications in the prescribed form has to be reach coordinator either Email and/ or by hard copy.

Eligibility:

The program is open to the all students and Faculty members engaged in teaching Mechanical Engineering courses at under graduate and post graduate level are welcome.

Course Material:

The course material shall be provided in the form of CD’s (Soft copy).

Venue: Seminar Hall, Main Block, 1st floor

Date: August 29th, 2019

Time: 10.00 am to 4.30 pm

No. of Participants: 60 members

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About The Department:

The Mechanical Engineering Laboratories are well equipped with latest machinery and ANSYS / MATLAB licensed software are provided in CAD/CAM Lab. The institute has well qualified and experienced faculty. The department has SAEINDIA Jayamukhi Collegiate club, under this club department has organized 2 FDP Programmes sponsored by AICTE and many workshops, seminars, and guest lectures for the benefit of Students and Faculty Members.

Resource Persons:

Renowned academicians in this field are being invited to deliver lectures on specialized topics. Some of the eminent guest faculties in this field are:

List of Resource Persons:

1. Mr.Y.Naresh, Design Engineer and MD,

   Build CAD Technical Services, Hyderabad

2. Mrs.A.Anitha, Design Engineer,

   Build CAD Technical Services, Hyderabad

Workshop Theme:

This course is designed to provide training on basics of Finite Element Method (FEM) and its implementation using ANSYS. ANSYS software is used in variety of engineering fields to model structures, fluids, electronics and system simulation. In this hands-on course, participants will learn how to perform engineering simulations using a powerful tool from ANSYS, Inc. This is a problem-based course where participants will learn by doing. Participants will practice using a common approach to problems involving different physics. Aim of the course is to enable the participants understand how to apply the FEM in obtaining approximate solutions to the boundary value problems using ANSYS. The course is purely hands-on training on ANSYS software.

Course Contents:

• Introduction to FEM: Introduction of FEM, ANSYS Mechanical Overview, Engineering Data application Adding Material Properties, Geometry Creation and Clean Up.
• Meshing: Mesh Creation (Meshing Methods), Mesh Control (Local and Global Mesh Controls), and Mesh valuation.
• Static Structural Analysis: Structural Analysis (Named Selection), Beam Connections (Object Generator), Parameter Management (Bracket Analysis), Non-Linear Structural Analysis (Linear vs Nonlinear Analysis), Contact Offset Control (Contact Detection), Remote Boundary Conditions (Application of Remote Loads)
• Buckling, Modal & Thermal Analysis: Eigen value Buckling (Buckling of Column), Modal Analysis (Plate with Hole), Pre-stressed Modal Analysis (Airplane Wing), Steady State Thermal Analysis (Radiating System).
• Non-linear Analysis: Geometry Nonlinearity (Large Deflection), Contact Nonlinearity (Contact Stiffness Study and Symmetric vs Asymmetric), Material Nonlinearity (Metal Plasticity)
• Hands on Experience for different industrial oriented problems

Venue:

Auditorium & CAD CAM Lab, PG Block, Ground floor

Date:

October 11th & 12th, 2018

Time:

10.00 am to 4.30 pm

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