Questions › Category: Strength of MaterialsFilter:AllOpenResolvedClosedUnansweredSort byViewsAnswersVotesSlope at the supports of a simple supported beam of effective span L with a central point load W is given byOpenVideRime asked 4 years ago • Civil Engineering, Strength of Materials204 views0 answers0 votesThe deflection of a beam may be reduced byOpenVideRime asked 4 years ago • Civil Engineering, Strength of Materials166 views0 answers0 votesEI d3y/dx3 for a beam representsOpenVideRime asked 4 years ago • Civil Engineering, Strength of Materials130 views0 answers0 votesA beam simply supported at both the ends of length “L” carries two equal unlike couples “M” at two ends. If the flexure rigidity EI is constant. Then the central deflection of the beam is given byOpenVideRime asked 4 years ago • Civil Engineering, Strength of Materials184 views0 answers0 votesIn the conjugate beam method, a simple outer support in the real beam is transformed asOpenVideRime asked 4 years ago • Civil Engineering, Strength of Materials138 views0 answers0 votesFor a cantilever beam of a length L subjected to a moment M at its free end, the shape of shear force diagram isOpenVideRime asked 4 years ago • Civil Engineering, Strength of Materials151 views0 answers0 votesThe slope of a bending moment diagram givesOpenVideRime asked 4 years ago • Civil Engineering, Strength of Materials132 views0 answers0 votesMoment at a hinge will beOpenVideRime asked 4 years ago • Civil Engineering, Strength of Materials159 views0 answers0 votesThe general expression for the B.M. of a beam of length l is M= (wl/2.x- wx2/2), the beam carries.OpenVideRime asked 4 years ago • Civil Engineering, Strength of Materials156 views0 answers0 votesTo ensure that the hogging bending moment at two points of suspension of a pile of length L equals the sagging moment at its centre, the distance of the points of suspension from either end isOpenVideRime asked 4 years ago • Civil Engineering, Strength of Materials149 views0 answers0 votes
VideRime