Instructors CONTACT DETAILS OF CONVENER and students of IITH. This is evident from the 25 research projects ranging from Rs 18 Short Course On Dr. Gangadharan, Dr. S. N. Khaderi, lakhs to Rs 18 crores that are ongoing at Assistant Professor, Department of Department of Mechanical & Aerospace IITH. On top of the gamut of sponsored Fundamentals of FEM: Mechanical & Aerospace Engineering, IIT H Engineering projects from various funding agencies, Dr. Gangadharan’s research expertise is on IIT Hyderabad, ODF Estate, IITH has active collaboration with industry Overview, Theory and analysis and design of composite structures, Yeddumailaram, Telangana 502205 as well. IITH also has an innovative wave propagation in structures and structural Email: [email protected] academic program where the students are Concepts with health monitoring. He focuses on the Phone: +91-40-2301 8467 offered fractional credits and the first numerical modeling aspects of composites. Fax: +91-40-2301 6302 semester undergraduates are allowed to Demonstrations do a project of their choice. Many more DATE AND VENUE Dr. S. N. Khaderi innovations in the academic front are in Assistant Professor, Department of The short course is proposed to be held at the offing. IITH always strives to offer an rd th Mechanical & Aerospace Engineering, IIT H IIT Hyderabad, Yeddumailaram, Telangana innovative environment where one is not July 23 - 25 , 2015 Dr. Khaderi works in the domain of during July 23-25, 2015. IIT-Hyderabad is afraid to experiment with high-risk ideas. IIT Hyderabad computational solid mechanics with emphasis located in its temporary premises in the on multi-physics and fluid-structure quiet residential campus of Ordnance The Department of Mechanical and interaction problems. His present focus is on Factory Medak (OFMK) at Yeddumailaram, Aerospace Engineering aims at pushing the the impact/blast loading of materials and about 50 km from the heart of Hyderabad frontiers of modern science and phase field modeling of fracture. city. The requisite infrastructure, namely engineering through developing cutting hostels, classrooms, offices, recreation, edge technologies. The faculty collaborate Dr. M. Ramji sports and medical facilities, are all located with companies and organizations working Associate Professor, Department of within the OFMK Estate. The permanent in strategic sectors. All of them are at the Mechanical & Aerospace Engineering, IIT H campus is being constructed and is located foremost in their field of research. Major Dr. M. Ramji’s research expertise is on on the National Highway 9 at Kandi village areas of faculty expertise includes composite repair, fundamental fracture (near Sangareddy town, Telangana). Vibration, Dynamics, Mechatronics, CFD, IC studies, high temperature material testing, Engines, Solid Mechanics, Composites, computational fracture and damage ABOUT IIT HYDERABAD Fracture Mechanics, Rapid Prototyping, mechanics. He focuses on mechanics of repair Inventions and innovations are key words CAD/CAM/CAE, MEMS, NEMS. Convener: aspects applicable to composite structures on which the foundation of IITH is based. Dr. S. N. Khaderi involving digital image correlation. One of India’s eight new IITs – IITH started Department of Mechanical & functioning in August 2008. With a current Aerospace Engineering Dr. Viswanath Chinthapenta, strength of 150 faculty and 1800 students, Indian Institute of Technology Hyderabad Assistant Professor, Department of IITH offers B.Tech program in eight Ordnance Factory Estate Mechanical & Aerospace Engineering, IIT H disciplines, M.Tech in nine disciplines, Yeddumailaram Dr. Viswanath R Chinthapenta research area is M.Sc in three disciplines and Ph.D in 12 Telangana 502205 Computational Material Mechanics at a large. disciplines. IITH develops state-of the-art India His current focus is on deformation in Nano infrastructure for advanced research and http://www.iith.ac.in/~fem2015 crystalline materials, Multiscale modelling of has produced over 100 publications in composites, SHM: Spectral time domain FEM internationally reputed journals. Mechanical and Aerospace Building in Kandi Campus and Constitutive modelling of soft materials. Research is a culture among the faculty Completeness, Convergence (h and p) and BACKGROUND A Short Course On WHO SHOULD ATTEND? Compatibility, Element Libraries, User The finite element method is a commonly This short course is for all industry and subroutines. Iso parametric formulation and Fundamentals of FEM: Overview, used numerical tool that is used for the research professionals involved in stress quadrature scheme. Demonstration in Theory and Concepts with solution of differential equations. Such analysis of components using Finite MATLAB, ABAQUS/ANSYS. 1D bar Transient Demonstrations differential equations arise, during analysis Elements. Engineers and designers in both analysis, wave propagation (explicit and of the structural integrity of mechanical private and public practice will benefit. This implicit) and vibration analysis (harmonics July 23rd -25th, 2015 components subjected to various kind of course will provide an excellent exposure on and mode shapes). loading. For example an aircraft’s landing theory and concepts of FEM along with REGISTRATION FORM gear subjected to dynamic loading during hands on experience on example problems Day 3: Advanced Topics-Composite theory landing and take-off. to young scientists, research scholars and and FE analysis. Fatigue & Fracture, repair Personal Information: teachers at the universities and private analysis using FE. ______

engineering colleges. Name: ______LEARNING OUTCOMES COURSE MATERIAL Designation: This short course is aimed at providing an A copy of selected presentation material of ______overview of finite element analysis as the course will be provided along with other Organization: numerical analysis tool. We will focus on the useful references and case studies. ______following aspects: Mailing Address: REGISTRATION FEES ______

• Introduction to FEM Complex problems such as coupled-field • Formulation methodologies Application for participation in the short ______interactions, contact stress analysis, metal • Basics of interpolation theory course may be sent in the attached proforma Phone: forming, fluid-structure interaction, for • Iso-parametric formulation along with the registration fee to Dr. S. N. ______which obtaining closed form solution is very • Static, Transient and Harmonic analysis Khaderi. Applications should reach us before Email: difficult, can be solved with a modest effort • FEA of Composite structures 15 July, 2015. The fee should be remitted by using FEM. • Special topics: Fatigue , Fracture and Repair a crossed demand draft in favor of “IIT Registration Fee: Hyderabad” payable at state bank of India. Enclosed is a crossed draft The success of the FEM in predicting the Rs. 21000/- per participant. no…………………………..Dated…………………… experimental observations has lead to the COURSE CONTENTS Travel, boarding and lodging expenses of the For Rs…………………. In favor of “IIT- availability of a number of commercial finite Day 1: Introduction and overview, Method of participants will have to be borne by the Hyderabad”, payable at State Bank of element software and a wide spread use in Weighted Residuals to solve 1D Problems. FE participants or their sponsoring India, Hyderabad. Also, payment may be sectors such as nuclear, defense, marine, formulation for 1D Bar and Beam: organizations. A limited accommodation is made directly to IIT-Hyderabad using automobile and aerospace. Interpolation theory, numerical integration available at the IIT-H guest house. Therefore, Electronic Bank Transfer using the schemes, natural coordinates, development participants, who wish to avail this facility, following details of element stiffness, assembly and solution are advised to write to Dr. S. N. Khaderi well Bank Name : State Bank of India & post processing. Demonstration using in advance, and in any case, not later than IIT Kandi: (Branch code: 14182) Hyderabad MATLAB, ABAQUS/ANSYS. 15 July, 2015. The registration fees include SWIFT Code: SBIN0014182 working lunch, refreshments and dinner. Account No.: 30859878032 (Current A/c) Day 2: 2D Formulation for plane stress, plane http://www.iith.ac.in/~fem2015 strain, and Axisymmetric problems.