This stage involves selecting materials based on strength, durability, and cost.
| Section | Topics Covered | | :--- | :--- | | | Introduction to Design, Properties of Engineering Materials, Stress Analysis, Designing for Strength, Manufacturing Considerations in Design, Seals and Gaskets | | Section-II: Fasteners | Riveted Joints, Welded Joints, Threaded Joints, Eccentric Loading of Joints, Cotter and Knuckle Joints, Keys and Couplings, Pipe Joints, Levers, S(p)rings | | Section-III: Power Transmission | Shafts and Axles, Bearings (Sliding and Rolling Contact), Clutches and Brakes, Belt Drives, Rope Drives, Chain Drives, Gear Drives (Spur, Helical, Bevel, Worm), Power Screws | | Section-IV: Pressure Vessels | Cylinders, Pipes and Tubes, Cylinder Heads and Cover Plates | | Section-V: I.C. Engine Parts | General Design Principles, Design of Principal I.C. Engine Components | | Section-VI: Miscellaneous | A collection of additional important topics, rounding out the comprehensive coverage | | Appendices | Supporting data, tables, and reference information |
Hydrodynamic and hydrostatic lubrication theories, journal bearing design, and Viscosity Index considerations. machine design pc sharma pdf
: Each chapter includes numerous step-by-step solved problems that mirror real-world engineering challenges.
: Includes sections on pressure vessels (cylinders and tubes) and principal parts of internal combustion (I.C.) engines. This stage involves selecting materials based on strength,
The curriculum of Machine Design is typically split into two parts: basic principles (Machine Design I) and advanced element design (Machine Design II). P.C. Sharma’s text comprehensively covers both segments. 1. Introduction and Design Philosophy
: It utilizes ample diagrams and tables to help visualize complex mechanisms. Engine Components | | Section-VI: Miscellaneous | A
Designing sliding contact and rolling-contact bearings for various industrial loads.
: Design formulas for helical springs, leaf springs, and various lever mechanisms.