Shear force diagram, Physics

Assignment Help:

Shear force diagram (SFD) and bending moment diagram (BMD) are a graph of shear force / bending moment plotted against the horizontal axis x, indicating the shear force / bending moment  withstood by the beam section along the length of the beam.

Plot an appropriate shear force diagram and bending moment diagram for each of the following situations, where necessary calculations and expressions may be needed to show the work.

Also, determine the location of the maximum bending moment and its value in each case. If the beams used in these examples have a circular cross-section, with diameter D = 55 mm, calculate the maximum stress produced by the maximum bending moment. The modulus of elasticity of the material is given E = 110 Mpa.

(1). Single point loading and uniform loading on a cantilever beam

2359_Shear force diagram.png

(2). Double point loading and uniform loading on a cantilever beam 

144_Shear force diagram1.png

(3). Point loading and uniform loading on a simply supported beam

2078_Shear force diagram2.png


Related Discussions:- Shear force diagram

Explain steady state forced vibration, In steady state forced vibration, br...

In steady state forced vibration, briefly explain how the phase of driven system modifies with frequency of the driving force?

Determine the length of the hypotenuse, A right triangular prism has volume...

A right triangular prism has volume equal to 288 cm^3. The height of the prism is 3 cm. One of the bases of the triangular face (not the hypotenuse) is equal to 12 cm, determine th

Examples of motion of inertia, EXAMPLES: (i) A book lying on the table ...

EXAMPLES: (i) A book lying on the table remains at rest until it is listed or pushed by exerting a force. (ii)A rolling ball on the ground comes to rest after covering some

What is fresnel diffraction, Q. What is Fresnel diffraction? a) The so...

Q. What is Fresnel diffraction? a) The source as well as the screen are at finite distances from the obstacle producing diffraction. b) The wave front suffer diffraction is

Franklins Bells, (Assume the metallic ball is spherical with a diameter d ...

(Assume the metallic ball is spherical with a diameter d = 2.5 cm. Let''s also assume it is made out of nickel, which has a density of roughly 9 g/cm 3 .) After it first touches

Applications of Newton's Laws - I, APPLICATIONS OF NEWTON'S LAWS - I   ...

APPLICATIONS OF NEWTON'S LAWS - I   1. The conclusion from F = ma is that if F = 0 then a = 0 ! quite easy! yet how powerful ! This says that for anybody which is no

Angle calculate by a body be projected, At what angle should a body be pr...

At what angle should a body be projected with a given velocity 24m/s just to pass over the obstacle 14m high at a given distance of 24m. Solution:   14=24xtan(θ)-(g*)(24 2

Electricity, Characteristics of resistances connected in parallel

Characteristics of resistances connected in parallel

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