Nature of shear force and bending moment - load variation, Mechanical Engineering

Assignment Help:

Define the nature of shear force and bending moment under load variation.

Sol.: The nature of SF and BM variation under two-load region is given in the table below

BETWEEN TWO POINTS, IF

S.F.D

B.M.D

No load UDL UVL

Constant Inclined Linear Parabolic

Linear Parabolic Cubic

 

 


Related Discussions:- Nature of shear force and bending moment - load variation

Stresses., temparature stresses in composite bars

temparature stresses in composite bars

Seismometer-accelerometer-accelerometer, Seismometer : this is a transduc...

Seismometer : this is a transducer in which signal is proportional to the displacement. Accelerometer : This is a transducer in which signals is proportional to the a

Maximum stress in the beam due to bending, For the beam shown below, we nee...

For the beam shown below, we need to determine: (i)  the support reactions R L and R R (ii) the shear force and bending moment diagrams (iii) the maximum stress in the b

Resistance welding processes, RESISTANCE WELDING PROCESSES The followin...

RESISTANCE WELDING PROCESSES The following five are the main types of resistance welding: 1. Spot welding 2. Seam welding 3. Projection welding 4. Upset butt we

Axis of symmetry, Axi s of symmetry If in diagram half part of diagram...

Axi s of symmetry If in diagram half part of diagram is mirror image of next ½ part, then there is a symmetry in diagram. The axis at which symmetry is create, called as axis

Stockholm conference, define environment and explain stockholm conference

define environment and explain stockholm conference

What are design aspects of pelton wheel turbin, Describe with suitable diag...

Describe with suitable diagram the governing of impulse turbines. What are design aspects of Pelton wheel turbine and also explain all the terms. Derive mathematical formula

Evaluate the maximum bending stresses, Evaluate the maximum bending stresse...

Evaluate the maximum bending stresses: A beam of I-section illustrated in Figure is simply supported over a span of 10 m. It carries an uniform load of 4 kN/m over the whole s

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