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Design of Machine Elements

Jagadeesha T (author)

ISBN: 9789385909818

Publication Date: Dec 2017

Format: Paperback

Provides comprehensive design methods with various other important topics such as stress concentration and the concept of fatigue strength. In later chapters the design of keys is presented along with cotter and knuckle joints, riveted joints, boiler joints, lozenge joints and power screw design. The book also discusses design concepts and safety. Includes more than 750 solved examples.

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The primary goal of Design of Machine Elements is to provide comprehensive design methods with various other important topics like stress concentration and its mitigation the concept of fatigue strength. In the later chapters of the book design of keys is presented along with cotter and knuckle joints riveted joints, boiler joints, lozenge joints and power screws design. The book discusses design concepts and the factor of safety. There are more than 750 solved examples along with unsolved problems for the students to practise. The wide coverage of the topics and a large number of solved examples will benefit students preparing for professional examinations.
Pages 1188
Dimensions 229 x 152
Date Published 30 Dec 2017
Publisher IK International Pvt. Ltd
Subject/s Technical design  
  • Introduction to Machine Design
  • State of Stresses
  • Design for Static Strength
  • Eccentric Loading
  • Theories of Failure
  • Stress Concentration
  • Design for Fatigue Strength
  • Design for Impact Strength
  • Design of Shafts
  • Design of Keys and Splines
  • Design of Knuckle and Cotter Joints
  • Design of Couplings
  • Design of Welded Joints
  • Design of Riveted Joints
  • Threaded Fasteners
  • Power Screws
Jagadeesha T is currently working as an Assistant Professor in the Department of Mechanical and Production Engineering at National Institute of Technology (NIT), Calicut (Kerala). He earned his BE (Mechanical) degree from NIT, Surathkal (Karnataka); ME (Machine Tools) degree from PSG college of Technology; Master of Science (Manufacturing and Automation) from National University of Singapore; and Master of Science (AMNS) from Singapore MIT alliance. He is the recipient of the prestigious JRD Tata Scholarship and SMA (Government of Singapore) Scholarship. He has 25 years of experience in the industry, teaching, academic research, consultation, and has excellently completed many projects with reputed organizations.

He has worked with TATA Engineering Locomotive Company (India), TVS Suzuki (India), IBM Pvt. Ltd (Singapore), ASM (Singapore), and Applied Materials (Singapore and United States), APP Systems and Services (Singapore), ST Microelectronics (Singapore), Chartered Semiconductor Manufacturing (Singapore), and Sitronics (Singapore). He is also the reviewer for International Journal of Nano sciences and is a member of several professional bodies in India and abroad. He is a Certified Professional Engineer (Australia). His innovative research on BPSG CVD process won the best IFIT award at ST Microelectronics, Singapore. He has bagged more than 30 quality suggestion awards at TELCO and Best Employee award three times at ST Microelectronics, Singapore.

He teaches Solid Mechanics, Mechanics of Machinery, Dynamics of Machinery, Design of Machine Elements, Hydraulics and pneumatics and Computational Methods at NIT Calicut.

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