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Machine Design (MD)- Notes, Tutorials

Stress-strain analysis: Stress: Definition and notation for stress; transformation of stress; principal stresses, Strain: Definition and notation for strain; transformation of strain; principal strains,Stress-strain relations for linear elastic materials: Generalized Hooke’s Law, Design criteria, Maximum principal stress theory, Maximum shear stress theory, Maximum distortion energy theory, Truss finite element, 1-D, 2-D, 3-d truss element, Beam finite element, Total potential energy, Finite element approximation, Principle of minimum total potential energy, Calculation of element moments, shear forces and stresses, Finite element analysis using I-DEAS, Two-dimensional elasticity, Constant strain triangular element, Four node rectangular element, Four node iso-parametric quadrilateral element, Design optimization, Optimality condition, Convex problem, Numerical method
Machine Design Resources
Machine Design
  Machine Design Notes (PDF)   Machine Design
  Machine Design Free Subscription   Design Analysis of Machine Elements
  Mechanics of Materials Software (MD Solids)   Tutorials - springs, gears, motors, fasteners..
  Section modulus calculator- beam analysis   Case Studies in Engineering Design
  Dynamic model of spring driven car   Engineering Statics
  Building Confidence in the Design   An Ontology of Mechanical Devices
  Integrating safety during the machine design stage   References On Machine Design
  Machine Design Problem   Textbook for Machine Design
  Introduction of Precision Machine   Principle of Measurement
  Principle of Precision Design   Error Formulation and Error Budget(1)
  Error Formulation and Error Budget(2)   Design of Thermomechanical System
  Vibration of Precision Machine   Complinance and Residual Vibration
  Friction and Accuracy   Positioning Control
  Flexure Spring, Traction Drive   Optical measuring system
  Nano-measuring systems   Nano-positioning systems

Machine Design (MD) Books

  1. Mechanical Engineering Design (5th Ed.) by Shigley & Mischke
  2. Lecture Note – Machine Design and Analysis by Nam Ho Kim
  3. Mechanics of Material by Beer and Johnston
  4. Machine Design – An Integrated Approach by Robert Norton
  5. Mechanical Analysis and Design by Burr and Cheatham
  6. Virtual Machine Design and Implementation in C/C++ by Bill Blunden
  7. Fundamentals of Machine Component Design by Robert C. Juvinall, Kurt M. Marshek
  8. Mechanical Analysis and Design by Arthur H. Burr, John B. Cheatham, John B. Cheatam (Contributor)
  9. Gasket: Design, Selection, and Testing by Daniel E. Czernik
  10. Machine Design: A CAD Approach by Andrew D. Dimarogonas
  11. Machine Design: An Integrated Approach (2nd Edition) by Robert L Norton
  12. Die Design Handbook by David A. Smith
  13. Gear Design Simplified by Franklin D. Jones, Henry H. Ryffel
  14. Schaum's Outline of Machine Design by Allen S. Hall, Alfred R. Holowenko, Herman G. Laughlin, A. Holowenko, H. Laughlin

  
  

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