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REFERENCES (Mark your mails to netjist.ert@gmail.com for listing your articles over here)

1. Magnetically soft materials.

2. Kinematics: -

• Force, Curvature, and Uncertainty - with lots of equations
• Reflections on Relativity - Book in HTML format
• Kinematics – the study of constrained motion - Common single loop, closed chain mechanisms
• Kinematics Dictionary - From Free Directory
• Acceleration, velocity, and Position - The connections between position, velocity, and acceleration ...
• Relative Velocity - Java Applet
• Relative Velocity and Riverboat Problems - Vectors - Fundamentals and Operations
• Acceleration, Forces and Free Body Diagrams - Newton's Second Law and Elevators
• Introduction to Friction - Java Applet
• Gears and Gear Systems - A good example of a ‘gear train’
• What is Torque? - A measure of how much a force acting on an object causes that object to rotate

• Material Properties: Strength of Material - Simple Compression Studies, Plasticity and Adiabatic Shear Bands, Metastable Phases, Phase-Change Measurements, Rear-Surface Studies etc.
• Material Selection Guide - Abbreviations and Acronyms, Metals,Plastics, Coefficient of Friction Testing, Compressive Strength Testing, Deflection Temperature Testing, Metal Matrix Composites, Plastic Recycling Codes etc
• Torsion Definitions - Dictionary meaning of word Torsion
• Cast Iron - Cast iron usually refers to grey cast iron, but can mean any of a group of iron-based alloys containing more than 2% carbon ... read more
• The Basics of Torsion Mechanics - The general principle of inertia as a generalization of Newton's mechanics, Torsion Interactions, Torsion mechanics as a generalization of Einstein's mechanics
• SOM Syllabus - Strength of Materials Syllabus
• A Study on Controlled Low Strength Material - The aim of this research is to address CLSM’s engineering properties and chemical resistance. Various tests were done to quantify the workability, strength and chemical resistance.
• Steel Terms and Definitions - Brinell Hardness, Yield Strength, Tensile Strength, Hi-Tensile Steel, Corten Steel, Domex Steel, T-1 Steel, AR 400 Steel
• Flexural Strength and Modulus of Polymers - Flexural Strength Testing of Plastics, Typical Flexural Strength and Flexural Modulus of Polymers
• Allowable Strength - Safety Factors, Shear Stresses, Thermal Stresses, Material Properties, Buckling Stress, Oscillating Stresses, Impact Strength
• Structural Joints - Fastener Quality Standards, Fastener Assembly, Welded Joints, Shear Loads (bolted joints), Screw Joints, Fastener Locking etc
• Analysis of Stress - State of Stress at a Point, Principal Stresses and Directions, Maximum Shear Stresses and Directions, Mohr's Circles, The Maximum Normal Stress Theory, The Maximum Shear Stress Theory etc
• Strength Of Materials - A to Z - Alphabetical listing of terminologies used in SOM
• Shear Strength - Shear strength Laboratory tests
• Plane Shear Flow of Cohesive Granular Materials - Article
• Principal Stress Calculator - Calculator Introduction, Equations behind the Calculator. The same page has links to Plane Strain Transform Calculator, Elastic Constant Converter and Plane Stress Transform Calculator
• Materials for young's modulus - Young's modulus formula for most of the materials
• Strength of Materials Video - Learning strengths has never been easier than with streaming video.
• Strength of Materials Basic - Modules of elasticity, Yield Strength, Bending stress etc
• Calculation of young's modulus - Online calculator to calculate young's modulus
• Materials and Formulae Page - Formulae, tables, converters specific to materials
• Poisson's Ratio - Poisson's ratio is a measure of the simultaneous change in elongation and in cross-sectional area within the elastic range during a tensile or compressive test.
• How Force, Power, Torque and Energy Work - How Force, Power, Torque and Energy Work
• Torque - Units, Moment arm formula, Static equilibrium, Force at an angle, Relationship between torque and power
• Eformulae - Strength of Materials - Stress, Strain, Hooke's Law, Piosson's Ratio, Unit Volume Change, Elongation due to its weight, Thin Rings, Strain Energy, Mohr's Circle for Biaxial Stress, Torsion formula for Thin walled tubes, Torsion formula for Circular Shafts, Flexure Formula, Shear Stress In Bending, Thin-Walled Hollow Members (Tubes), Stress Concentration, Curved Beam in Pure Bending
• Angle of Twist - Torsion: Deformation - Angle of Twist

3. Design

• 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

4. Finite Elements

• Transformation of Coordinate Systems -- Geographic Coordinate System Transformation Methods, Geographic Coordinate System Transformation Formulas, Abridged Molodenski Transformation, Helmert Transformation
• Coordinate System Transformation -- Equations for converting between cartesian and cylindrical coordinates, Equations for converting between cylindrical and spherical coordinates, Equations for converting between cartesian and spherical coordinates
• Transient Response Analysis -- First order systems, Second Order Systems, Overdamped System, Underdamped System
• Transient Analysis of a Cantilever Beam -- Damped Response of the Cantilever Beam, Command File Mode of Solution
• Nonlinear Finite Element Modeling of Corrugated Board -- Finite Element Models - FEM , Twisting Test Finite Element Mesh
• Damping Equations -- What are damping functions?, Inverse Logarithmic Fades
• Finite Element Analysis -- Finite Element Analysis Hardware and software, An introduction to Finite Element Analysis
• Matrix Algebra -- Review of Matrix Algebra for FEM, Eigenvalues and eigenvectors, Inverse Matrices
• Nonlinear FEA of piezoelectric transducers -- Finite Element Analysis of Piezoelectric Materials, The limitations of FEA packages with respect to piezoelectric materials, General FEA questions
• Introduction to Finite Element Methods FEM -- FEM in different fields of applications, History of FEM, FEM and other numerical methods
• FEM Accuracy -- Finite Element Method - Accuracy Improvement by Using Both E and H Formulations with Applications to Waveguide Discontinuity Problems
• The open Finite Element Project -- Finite element stress analysis (FEM) is a standard tool for engineers to check mechanical properties of parts they construct. The theory behind (linear) FEM is known since many years, and these algorithms need only a modest amount of processing power
• A New Finite Element Formulation for Electromechanics -- A new finite element formulation for the solution of electromechanical boundary value problems is presented. As opposed to the standard formulation that utilizes a scalar electric potential as nodal variables, this new formulation implements a vector potential from which components of electric displacement are derived.
• Applying FEA to Perform Heat Transfer Calculations -- Applying FEA to Perform Heat Transfer Calculations to Increase the Utility of IR Thermography