Electromag vs Mechanical Design and Analysis

Electromag is an educative application in support to a high-school or university course of electromagnetism. It contains not only a memorandum of the basic equations, but it also contains approximately twenty animations illustrating the various concepts of electromagnetism. This application runs also on iPad and iPod Touch 3rd generation and later. 50 screens of electromagnetism! For teachers !! Connect your iPad with a video projector and show the animations to your students in classroom. List of covered subjects: Electrostatics: Coulomb'sLaw, Electric Field, Gauss Theorem, Electric Potential, Capacitance. Electric Current: Current and Resistance, Circuits. Magnetism: Magnetic Field, Magnetic Fields Due to Currents, Electromagnetic Induction, Inductance. Electromagnetism: Maxwell Equations, Wave Equation. Physical Constants. Each section contains at least one animation of which some in 3D. List of animations: - Coulomb's law, - Electric field lines, - Movement of a charge in electric field, - Electric dipole, - Lead-acid battery, - Torque on a current loop (in 3D), - Charge in magnetic field, - Cyclotron, - Induction field due to a current in a long straight wire (in 3D), - Generator (in 3D).

Mechanical Design and Analysis Tool is developed for students and practicing engineers for A Smart Calculator: - A scientific calculator - A unit converter - Both :) -All actions are carried on chatting style front end. All previous entries in calculator can be retrieved by pressing their avatars. Mohr's Circle Stress Analysis: -Stress state to Mohr's Circle presentation by tapping on screen at any instant (on 2D and 3D graph presentation views). -2D Mohr's Circle Stress Analysis. -3D Mohr's Circle Stress Analysis. -2D transformations on Mohr's Circle and Stress State View. -Optional sign conventions. -Shows calculations on formula sheet -Multiple sharing options including airport transfer, can open its pdf export file on other available applications (i.e. pdf editors). -Saves and restores input data. Goodman Fatigue Analysis Diagram: -Calculations can be carried with either “residual stress method” or “nominal mean stress method”. -Goodman Diagram constructed automatically once all parameter are entered and intersection points are calculated and given on diagram for judgement. Bolted Joint Analysis: -Bolted Joint Analysis gives a force diagram and result of its simple calculations for a clamped system under axial external loads. It also gives basic terminology and information to have a better visibility of subjects.