Two UVL loads on a beam, Mechanical Engineering

Assignment Help:
Hi there.

I am stuck on a problem.

I am working out the section of 2 beams for the floor of an elevator. Thus far the critical conditions are made up of a beam that is 1.8m long carrying two UVL loads (since the floor of the elevator will be more loaded on the centre than on the sides), with a h value of 8951.62N. I am wanting to convert the two UVLs into Point Loads for simplification when compiling my Maccaulay''s equations. X distance is given by 2L/3 for PL1 and 2L/6 for PL2 been 1.2m and 0.6m respectfully. Now to work out the magnitude of the force. Do i use the h value for both Point Loads, or do i use h/2??

Assistance please?

Related Discussions:- Two UVL loads on a beam

Dynamic magnifier-forced vibration-synchronous whirl, Dynamic Magnifier: ...

Dynamic Magnifier: This is function of frequency ratio. Forced Vibration: While the system is continuously excited by an external force or internally produced force, the v

Carnot theorem and efficiency - thermodynamics, Carno t Theorem: No h...

Carno t Theorem: No heat engine operating in cycle between the two given thermal reservoir, having fixed temperature can be more efficient than reversible engine operating be

Cross drainage works, Cross Drainage Works: Culverts A large ...

Cross Drainage Works: Culverts A large number of culverts are needed for taking care of the streams crossing the railway lines. The culverts can be one of the followi

Calculate the primary voltage and real power measurements, Question: A ...

Question: A 7.2kVA single phase 50Hz, 480Vrms: 240Vrms transformer can be modelled using the primary referred approximate equivalent circuit shown in Figure 1 below. Fi

Mechanical, mostly what aspects trouble mechanical engineers?

mostly what aspects trouble mechanical engineers?

MECHNICS, FIND THE RESULTANT OF THE SYSTEM OF FORCES AND THE POINTS WHERE T...

FIND THE RESULTANT OF THE SYSTEM OF FORCES AND THE POINTS WHERE THEY CUT THE OX AND OY AXIS.

Friction, Friction: you have learnt laws of friction and problems invo...

Friction: you have learnt laws of friction and problems involving dry friction. The relative sliding motion of one body on another body is resisted by forces called as frictio

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