Obtain maximum positive moment in a span of continuous beam, Civil Engineering

Assignment Help:

Reason of loading on alternative spans to obtain maximum positive moment in a span of a continuous beam

To attain a maximum sagging moment in a span of a continuous beam, general rule is to load the span under consideration and alternative spans on every side of the span. To account for this rule, let us consider the subsequent example. For illustration loads are applied to the mid-span of a multiple-span continuous beam. It is noticed that this loads induce positive moments near mid-span in all even spans. Thus if all even spans are loaded concurrently this will result in the increase of positive moments in all other loaded spans.  

In the same way to obtain maximum negative moment at a support, load adjacent spans of support and then alternative spans on every side.


Related Discussions:- Obtain maximum positive moment in a span of continuous beam

Modern trends in transportation, Modern Trends in Transportation: Rapi...

Modern Trends in Transportation: Rapid urbanization that is taking place in India is putting severe strain on the road system. Modern systems like exclusive bus lanes, light r

Determine the load which a square footing, Two load tests were performed at...

Two load tests were performed at a site-one with a 50 cm square plate and the other with a 75 cm square plate. For a settlement of 15 mm, the loads were recorded as 50 kN and 90 kN

Determine the required area of steel, A rectangular concrete beam is subjec...

A rectangular concrete beam is subjected to a factored moment (Mu) of 345 kip*ft.  The beam has the following properties: f'c = 5500 psi fy = 60,000 psi h = 39 in

Well foundation in bridges, what is the purpose of 6mm ms sheet for stainin...

what is the purpose of 6mm ms sheet for staining in various conditions at inner &outer of well

Characteristic strength of concrete, In addition to its own weight, the bea...

In addition to its own weight, the beam in Figure is to carry a uniformly distributed live load of 12 kN/m. Figure 1 also shows the cross-sectional details of the beam. Design a

Calculate time taken for consolidation in actual layer, A clay layer 5 m th...

A clay layer 5 m thick has double drainage. It was consolidated under a load of 127.5 kN/m2. The load is enhanced to 197.5 kN/m 2 . The coefficient of volume compressibility is 5.7

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