Theory of Machines

Features Theory of Machines

Theory of Machine is a Resource to learn the complete Concepts related to the Theory of Machines Field which deals with the study of relative motion between the various parts of a machine, and forces which act on them.
The knowledge of this subject is very essential for an engineer in designing the various parts of a machine.We have compiled all the necessary concepts related to it in this app with so much love, care & excitement to the User…Few Topics Covered in This App are :⇢ What Is Theory of Machines⇢ Introduction to mechanisms, velocity and acceleration analysis of mechanisms⇢ Kinematic link (or) element⇢ Structure ⇢ Difference between structure & machine⇢ Comparison of Mechanism, Machine and Structure⇢ Kinematic pair⇢ Mechanism⇢ Inversion of Mechanism⇢ Coupler Curves⇢ Inversions of Single Slider Chain⇢ Quick return motion mechanisms.⇢ Velocity and Acceleration Analysis of Mechanisms⇢ Motion of a link⇢ Rubbing Velocity at a Pin Joint⇢ Acceleration in mechanisms⇢ Selection of a Belt Drive⇢ Types of Belts⇢ Types of Flat Belt Drives⇢ Velocity Ratio of Belt Drive, Compound Belt Drive⇢ Slip of Belt⇢ Length of an open Belt Drive,Cross Belt Drive⇢ Power transmitted by a Belt⇢ Ratio of Driving Tensions for Flat Belt Drive⇢ Determination of Angle of Contact⇢ Centrifugal Tension⇢ Maximum Tension in the Belt⇢ Condition for the Transmission of Maximum Power⇢ Applications⇢ Exercise Problems⇢ CAM Introduction⇢ Classification of Cams⇢ Terms Used in Radial Cams⇢ Motion of the Follower⇢ Construction of Cam Profile for a Radial Cam⇢ Gear Drive⇢ Advantages and Disadvantages of Gear Drive⇢ Classification of Toothed Wheels⇢ Gears for connecting parallel shafts, intersecting shafts:⇢ Neither parallel nor intersecting shafts⇢ Terms Used in Gears⇢ Gear-Tooth Action⇢ Constant Velocity Ratio⇢ Conjugate Profiles⇢ Forms of Teeth⇢ Advantages of Cycloidal gear teeth⇢ Systems of Gear Teeth⇢ Length of Path of Contact,Arc of Contact⇢ Contact Ratio (or) Number of Pairs of Teeth in Contact⇢ Interference in Involute Gears⇢ Backlash⇢ Governors⇢ Types of Governors⇢ Centrifugal Governors⇢ Terms Used in Governors⇢ Watt Governor ⇢ Porter Governor⇢ Method of resolution of forces⇢ Instantaneous centre method⇢ Sensitiveness of Governors⇢ Hunting ⇢ Isochronous Governors⇢ Stability of Governors⇢ Effort and Power of a Governor⇢ Planar, Spherical, And Spatial Mechanisms⇢ Mobility⇢ Classification Of Mechanisms⇢ Kinematic Inversion⇢ The Loop-Closure Equation⇢ Locating instant centres of velocity⇢ Relationships between First-Order Kinematic Coefficients and instant centers⇢ Freudensteins Theorem⇢ Definition of Acceleration⇢ The Bobillier Constructions⇢ Classification of CAMS and Followers⇢ Displacement Diagrams⇢ Graphical Layout of CAM profiles⇢ High-Speed CAMS⇢ Plate CAM with Reciprocating Flat-Face Follower,Roller Follower⇢ Nonstandard Gear Teeth⇢ Parallel-Axis Helical Gears⇢ Worms and Worm Gears⇢ Mechanism Trains⇢ Epicyclic Gear Trains⇢ Adders and Differentials⇢ Synthesis of Linkages⇢ Two-position Synthesis of Crank and Rocker Mechanisms⇢ Three-Position Synthesis⇢ Coupler-CURVE SYNTHESIS⇢ Cognate Linkages; The Roberts-Chebychev Theorem⇢ INTERMITTENT ROTARY MOTION⇢ The Eulerian Angles⇢ Matrix Velocity and Acceleration Analyses⇢ Generalized Mechanism Analysis Computer Programs⇢ Inverse Velocity and Acceleration Analysis⇢ Static Force Analysis⇢ Conditions for Equilibrium⇢ Dynamic Force Analysis {Planar}⇢ Inertia Forces and D’Alembert’s Principle⇢ Planar Rotation About A Fixed Centre⇢ Measuring Mass Moment of Inertia⇢ Vibration Analysis⇢ Phase-Plane AnalysisAnd much more…We do update this app with latest innovations, trends and more constantly…give it a try..