Personal Information
Beruf
Assistant Professor
Branche
Education
Tags
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
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Präsentationen
(11)Dokumente
(33)Gefällt mir
(24)Design Methodology, Morphology and Optimization Concepts in Design
Sagar Dhotare
•
Vor 3 Jahren
IC Engine Basics Theory by Prof. Sagar Dhotare
Sagar Dhotare
•
Vor 3 Jahren
Design of centrifugal pump problem no. 2
Sagar Dhotare
•
Vor 3 Jahren
Design of Roller Chain Drive theory by Prof. Sagar A. Dhotare
Sagar Dhotare
•
Vor 3 Jahren
Design of Belt Drives With Pulley Theory By Prof. Sagar A. Dhotare
Sagar Dhotare
•
Vor 3 Jahren
Design of Clutch numerical by Prof. Sagar Dhotare
Sagar Dhotare
•
Vor 3 Jahren
Design of clutch theory Prof. Sagar a Dhotare
Sagar Dhotare
•
Vor 3 Jahren
Psg design data book pages for cam & follower and spring design
Sagar Dhotare
•
Vor 3 Jahren
Design of cam and follower by Prof. Sagar Dhotare
Sagar Dhotare
•
Vor 3 Jahren
Cam and follower theory prof. sagar a dhotare
Sagar Dhotare
•
Vor 3 Jahren
Numerical on sliding contact bearing by Prof. Sagar Dhotare
Sagar Dhotare
•
Vor 3 Jahren
PSG Pages of sliding contact bearing
Sagar Dhotare
•
Vor 3 Jahren
Sliding Contact Bearing Theory Prof. Sagar Dhotare
Sagar Dhotare
•
Vor 3 Jahren
PSG Design data book pages for rolling contact bearings design
Sagar Dhotare
•
Vor 3 Jahren
Design of Rolling Contact Bearings by Sagar Dhotare
Sagar Dhotare
•
Vor 3 Jahren
PSG Design Data Book Pages Required For Gear Design
Sagar Dhotare
•
Vor 3 Jahren
Spur Gear Single Stage Design by Prof. Sagar Dhotare
Sagar Dhotare
•
Vor 3 Jahren
Two Stage Spur Gearbox Design by Prof. Sagar Dhotare
Sagar Dhotare
•
Vor 3 Jahren
Design Of Single Stage Bevel Gear Design
Sagar Dhotare
•
Vor 3 Jahren
Design of Worm And Worm Wheel
Sagar Dhotare
•
Vor 3 Jahren
Rolling Contact Bearing theory Prof. Sagar Dhotare
Sagar Dhotare
•
Vor 3 Jahren
Design Of Two Stage Helical Gear Box by Sagar Dhotare
Sagar Dhotare
•
Vor 3 Jahren
Design of single stage helical gear box by Prof. Sagar Dhotare
Sagar Dhotare
•
Vor 3 Jahren
Introduction of Spur Gear theory by_Prof. Sagar Dhotare
Sagar Dhotare
•
Vor 3 Jahren
Personal Information
Beruf
Assistant Professor
Branche
Education
Tags
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
Mehr anzeigen