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 Free Subscription
Design Analysis of Machine Elements
Mechanics of Materials Software (MD Solids)
Mechanisms and Mechanical Devices Sourcebook
Section modulus calculator- beam analysis
Case Studies in
Engineering Design
Aspect Oriented Programming with Spring
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
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