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

Thermodynamics, describe equivalence of kelvin planck and clausious stateme...

describe equivalence of kelvin planck and clausious statement

Evaluate young modulus of elasticity - ultimate stress, Evaluate Young modu...

Evaluate Young modulus of elasticity - Ultimate stress: Q:   The following observations were made during tensile test on mild steel specimen 40 mm in diameter and 200 mm long

Shielding gas-argon-advantages of argon, Argon Argon is approximatel...

Argon Argon is approximately one and one third times as heavy as air and ten times heavier than helium. Argon, after leaving the torch nozzle, forms a blanket over the weld

Find the required plastic moment of resistance, For the collapse loads indi...

For the collapse loads indicated in Figure Q3, find the required plastic moment of resistance (M p ). The frame members have varying plastic moments of resistance as indi

Steps of servicing- important points to remember, The water jet should not ...

The water jet should not directly fall on speedometer, spark plug, steering cone race and electrical connections. During washing there is a possibility of water entry below the sea

Solved numarical, The following observations were made during a tensile tes...

The following observations were made during a tensile test on mild steel specimen 60 mm in diameter and X mm long. Elongation with 50 KN load (within the limit of proportionality)

Mass flow rate - thermodynamics, Mas s Flow Rate (m ): In absence of ...

Mas s Flow Rate (m ): In absence of any mass getting stored system we can write; Mass flow rate at inlet = Mass flow rate at outlet That is, m f1  = m f2 as m f  = d

Find velocity and acceleration of the slider , Question: The disk 3 sho...

Question: The disk 3 shown in the figure rotates at a constant angular velocity w 3 = 2.0 rad/s. A slider in a slot in the disk causes rod 2 to rotate.  When the slider

Shear stress, write the assumption made in derivetion of shear stress produ...

write the assumption made in derivetion of shear stress produced in circular shaft subjected to torsion

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