Skip to content
Hyper Learning Tech Official Logo
Hyper Learning

AI-Powered Learning Platform

Subject Syllabus

ME-602 - Machine Component and Design

ME · Semester 6

Course Modules

Learn topic-wise with Hyper AI and revise using mapped PYQs.

Stress concentration and fatigue: causes of stress concentrationStress concentration in tension, bending and torsionReduction of stress concentrationTheoretical stress concentration factorNotch sensitivityFatigue stress concentration factorCyclic loadingEndurance limitS-N CurveLoading factor, size factor, surface factorDesign consideration for fatigueGoodman and modified Goodman's diagramSoderberg equationGerber parabolaDesign for finite lifeCumulative fatigue damage factor
Design of shaft under combined bending, twisting and axial loadingShock and fatigue factorsDesign for rigidityDesign of shaft subjected to dynamic loadDesign of keys and shaft couplings
Design of helical compression and tension springsConsideration of dimensional and functional constraintsLeaf springs and torsion springsFatigue loading of springsSurge in springSpecial springsDesign of power screw and power nutDifferential and compound screwDesign of simple screw jack
Materials for friction surfaceUniform pressure and uniform wear theoriesDesign of friction clutches: disk, plate clutchesCone and centrifugal clutchesDesign of brakes: rope, band and block brakeInternal expanding brakesDisk brakes
Types of lubricationViscosityHydrodynamic theoryDesign factorsTemperature and viscosity considerationsReynold's equationStable and unstable operationHeat dissipation and thermal equilibriumBoundary lubricationDimensionless numbersDesign of journal bearingsTypes of rolling contact bearingBearing friction and power lossBearing lifeRadial, thrust and axial loadsStatic and dynamic load capacitiesSelection of ball and roller bearingsLubrication and sealing