Design of flexural members, Civil Engineering

Assignment Help:

Design of Flexural Members:

Here you have learnt how to design simple steel beams of rolled steel sections subjected to transverse loading.

You have also known how to take care of elastic instability of flanges and web, so since they might not fail due to buckling under compressive stresses.

You have also learnt how to check for stresses within beams subjected to biaxial bending.

The last bending stress acting at any point within a section subjected to biaxial bending is given by

f =(Mv/Iuu )v+(Mv/Ivv)u

The inclination of α of the neutral axis along with the principal axis OU is given by

tan α =- Iuu/Ivv tan θ

where,            tan θ = M v/Mu .


Related Discussions:- Design of flexural members

Determine the grade rod reading at station, A section view of a proposed ro...

A section view of a proposed roadway is shown in Figure 1 with an existing grade point elevation of 100-ft. The proposed roadbed finish grade elevation at station 50+00 is 95.00-ft

Specify the various methods of soil exploration, Specify the various method...

Specify the various methods of soil exploration and mention the circumstances under which each is best suited. What do you mean by undisturbed sample? Define with a neat sketch

Belt conveyors, Belt Conveyors: Belt conveyors are used for conveying ...

Belt Conveyors: Belt conveyors are used for conveying materials on a continuous basis. The materials usually handled are coal, mineral ores and stone. They are commonly instal

Rocks, Define rocks,types of rock,rock formations

Define rocks,types of rock,rock formations

Explain the installation of shock transmission unit, Explain the Installati...

Explain the Installation of Shock Transmission Unit? It is not always necessary to install STUs while a structure is under construction but the holding down anchor bolts and th

Determine the diameter of the footing, A circular footing is resting on a s...

A circular footing is resting on a stiff saturated clay with qu = 250 kN/m 2 . The depth of foundation is 2 m. Verify the diameter of the footing if the column load is 600 kN. 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