Engineering Mechanics

Simple & clean notes of engineering mechanics to learn basic concepts of mechanics it covers almost all topics Chapter wise with pictorial representation as given below:-

Chapter 1 : Coplanar force systems

Coplanar Forc,Law of motions,Principle of Transmissibility,Transfer of a force to parallel position,Resultant of Concurrent Force System,Resultant of Parallel Force,System,equilibrium & its equations

Chapter 2 : Trusses & Cables

Introductions, simple truss & solutions of simple truss,Method of Joints,Method of Sections,Chapter 3 Friction,Friction,Laws of coulomb friction,Dry friction,belt friction

Chapter 4 : Centre of gravity , centroid, Moment of Inertia

centroid of curve,Centroid of plane, curve, area ,volume & composite bodies,moment of inertia,parallel axis theorem,Perpendicular Axis Theorem,principal moment inertia ,mass moment of inertia

Chapter 5 : Beams

Beams,shear force and bending moment,shear force Diagram,bending moments diagrams

Chapter 6 : Kinematics of rigid body

Kinematics of rigid body,plane motion of rigid bodies, velocity & acceleration under translation & rotational motion, Relative velocity, projectile motion

Chapter 7 : Kinetics of rigid bodies

Kinetics of rigid bodies,Kinetic Energy,D'Alembert principles

</div> <div jsname="WJz9Hc" style="display:none">Sederhana & bersih catatan mekanika rekayasa untuk mempelajari konsep-konsep dasar mekanika mencakup hampir semua topik Bab bijaksana dengan representasi bergambar seperti yang diberikan di bawah ini: -

Bab 1: sistem tenaga Coplanar

Coplanar forc, Hukum gerakan, Prinsip transmisibilitas, Transfer kekuatan untuk posisi sejajar, Resultan dari Concurrent Angkatan Sistem, Resultan dari Paralel Force, Sistem, keseimbangan & persamaan nya

Bab 2: gulungan & Kabel

Perkenalan, truss sederhana & solusi dari truss sederhana, Metode Sendi, Metode Bagian, Bab 3 Gesekan, Gesekan, Hukum gesekan coulomb, gesekan kering, sabuk gesekan

Bab 4: Pusat gravitasi, massa, Momen Inersia

centroid dari kurva, Centroid pesawat, kurva, luas, volume & tubuh komposit, momen inersia, teorema sumbu sejajar, tegak lurus Axis Teorema, kepala sekolah saat inersia, saat massa inersia

Bab 5: Balok

Balok, gaya geser dan momen lentur, Diagram gaya geser, momen lentur diagram

Bab 6: Kinematika tubuh kaku

Kinematika tubuh kaku, gerakan pesawat badan kaku, kecepatan & akselerasi bawah translation & gerak rotasi, kecepatan relatif, gerak peluru

Bab 7: Kinetics tubuh kaku

Kinetika tubuh kaku, Kinetic Energy, prinsip D'Alembert</div> <div class="show-more-end">