Sagar Dhotare

sagar dhotare helical gear design eot crane design psg spur gear design of stud cylinder head and wet liner design of cylinder design of piston gearbox layout gear pump belt conveyor eot crane design of roller chain drive design of follower design of cam sliding contact bearing design rolling contact bearing ball bearing rcb worm wheel design bevel gear design design data book spur gear design design of belt conveyors design of belt conveyor basic design assumptions for ic engine design of connecting rod design of small and big end bearing design of crankshaft design of main pin bearing calculation of bore & stroke dimension cap and cap bolts design both eye design of connecting rod with i cross-section design of piston ring and piston pin design of cylinder head and wet liner design of cylinder and stud connecting rod piston cylinder liner and cylinder head cylinder components of an i.c. engine comparison s.i. engine and c.i. engine comparison four-stroke and two-stroke engine comparison between internal and external engine classification of engine design of speed or ray diagram design of structure diagram 12 speed [ 3(1) 2(3) 2(6) ] 8 speed [ 2(1) 2(2) 2(4) ] 6 speed [ 3(1) 2(3) ] 4 speed [ 2(1) 2(2) ] structure diagrams design procedure for the design of 12 speeds gearb design of 12 speeds gearbox kinematic layout (or kinematic arrangement) basic rules for optimum gearbox design 12 speed gear box methods for changing speed in gear boxes step ratio (or series ratio or progression ratio) preferred numbers requirements of speed gear boxes some gear box layout rules and guidelines for gear box layout ray diagram structure diagram harmonic progression (hp) election of range ratio (rn) arithmetic progression (ap) geometric progression (gp) structural diagram speed diagram 3 stage & 12 speed design of gear box for machine tool application the design of the gear pump design of different efficiencies of pump selection of motor (prime mover) design of impeller and its dimensions design of suction and delivery pipe design of centrifugal pump basics of belt conveyor requirement of good conveyor tensioning device belt cleaners material handling conveyor system npsh theory of pump centrifugal pump design of belt conveyor system crane design concept of system in design optimization in design morphology of design methodology of design problem on eot crane design chain drive design v belt design flat belt design v belt flat belt design of flywheel flywheel velocity ratio of chain drive advantages and disadvantages of chain drive over b design of v belt drive design of flat belt drive pulley design design of belt drive cone clutch multi plate clutch single plate clutch considerations in designing a friction clutch cone clutch design multi plate clutch design single plate clutch design clutch design design of spring psg pages for spring design psg pages of follower psg pages of cam numerical on cam and follower design design of cam and follower cam design importance of cam and follower application of cam and follower terminology of cam importance of pressure angle follower cam cam and follower calculation of absolute viscosity of oil calculation of sommerfeld number calculation of flow rate of lubrication of oil calculation of diameter and length of bearing numerical on sliding contact bearing psg pages of sliding contact bearing design sliding contact bearing design procedure for sliding contact bearings comparison between sliding and rolling contact petroffs equations sliding contact bearings spherical roller bearing angular contact bearing design of roller bearing design of dgbb design of deep groove ball bearing design of rolling contact bearing needle bearing taper baring dgbb bearing lubricants bearing design bearing material bearing failure bearing classification taper bearing bearing worm design design of worm and worm wheel or gear design worm and worm wheel design bevel gear design procedure single stage bevel gear design gearbox design two stage gear box two stage gear design helecal gearbox gear design helical mumbai university gear box two stage wear load buckingham dynamic load levis equation machine design-ii gears md-ii machine design mechanical engineering