Steps for solving problem for finding maximum power, Mechanical Engineering

Assignment Help:

Steps for Solving Problem for Finding Maximum Power:

1. Use formula stress (σ) = force (Maximum Tension)/Area

Where;  Area = b.t that is, Tmax = σ.b.t

2. Unit mass (m) = ρ.b.t.L Where

ρ = Density of material

b = Width of Belt t = Belt thickness L = Unit length

Take L = 1m, if b and t are in meter

Take L = 100cm, if b and t are in cm

Take L = 1000mm, if b and t are in mm

3. TC  =1/3 Tmax = mV2, to finding TC  and velocity.
We do not Calculate Velocity using V = ΠDN/60 m/sec

5. Tmax  = T1  + Tc, for finding T1

6. For T2, By using relation Ratio of belt tension = T1/T2  = eµθ

7. Maximum Power Transmitted = (T1 - T2).v/1000 Kw


Related Discussions:- Steps for solving problem for finding maximum power

Joint details and preparations, Joint Details and Preparations Joints s...

Joint Details and Preparations Joints shall be prepared by machining, flame cutting with grinding to bright metal or air-carbon arc gouging with grinding to bright metal such t

Titanium alloys, Titanium Alloys Pure titanium is a light weight and s...

Titanium Alloys Pure titanium is a light weight and strong ductile metal. This is very strong and as well as highly resistant to corrosion of all kinds but has the drawback su

Process planning, what is importance of process planning?

what is importance of process planning?

Pendulum pump mechanism, describe about pendulum pump mechanism and dia...

describe about pendulum pump mechanism and diagram

Cooling period of furnace pipe, We shutdown our furnace and always encounte...

We shutdown our furnace and always encountered crack on our piping at the weld joints. I investigated that upon shutdown the furnace cracking, our maintenance immediately remove th

Thermal, mean effective pressure of dual cycle

mean effective pressure of dual cycle

Evaluate the actual over all efficiency of the turbine, (a) An engine uses ...

(a) An engine uses 6.5 Kg of oil per hr of a calorific value 30,000 kJ / kg. If the B. P. of the engine is 22KW and mechanical efficiency 85%. Calculate (i) Brake thermal eff

Determine the water depth - standard step method, Consider a trapezoidal ch...

Consider a trapezoidal channel with a bottom width of 4 m, side slopes of 3:1 (H:V), and a bottom slope of 0.002 that carries 50 cms. The channel has a Manning's roughness of 0.034

Terms related to stream engine, Terms related to stream engine: STEA ...

Terms related to stream engine: STEA M ENGINE MAIN PARTS: 1 .     Frame: It supports the various moving parts. 2 .     Cylinder: It forms a chamber in which the

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd