CIVIL - ANALYSIS BASED PROJECTS CA01 Analysis and design of FRP externally-reinforced concrete beams against deboning-type failures Remove Select CA02 Analysis of cft, RCC and steel building subjected to lateral loading using FEM Remove Select CA03 Analytical study on various types of FRP beams by using ansys Remove Select CA04 Finite element analysis and behavior of RCC beam retrofitted with sisal fibre sheet Remove Select CA05 Finite element modeling of reinforced concrete structures strengthened with FRP laminates Remove Select CA06 Finite element analysis of RCC load bearing framed structure using SAP Remove Select CA07 Seismic analysis of normal building with earthquake resistant building using SAP Remove Select CA08 Analysis of insulating fire bricks from mixtures of clays with sawdust addition Remove Select CA09 Finite element analysis of steel and RC beams performance of different elements Remove Select CA10 Cold form of steel structures Remove Select CA11 Stability of frames with tapered built-up members Remove Select CA12 Confinement effectiveness of crossities in RC structure Remove Select CA13 Bending strength of steel beams with corrugated webs Remove Select CA14 Column base connections of shallow steel section (i.e) seismic interaction Remove Select CA15 Framed stud walls with strap braces and steel sheathing Remove Select CA16 Analysis and design of earth dam Remove Select CA17 Analysis and design of gravity dam Remove Select CA18 Design of shallow foundation Remove Select CA19 Design of deep foundation (pile foundation, well foundation) Remove Select CA20 Analysis and design of RCC building with estimation and costing Remove Select CA21 Analysis and design of building subjected to seismic force Remove Select CA22 Analysis and design of G+5 residential building using Slope Deflection Method (SDM) Remove Select CA23 Analysis and design of building subjected to wind force Remove Select CA24 Analysis and design of isolated and combined footings Remove Select CA25 Analysis of G+5 building using Moment Distribution Method (MDM) Remove Select CA26 Analysis and design of high embankment using swedish slip circle method using of IS codes Remove Select CA27 Design of Single Lane Road Bridge (SLRB) with raft foundation Remove Select CA28 Design of T-beam girder bridge with isolated footing Remove Select CA29 Design of pre stressed concrete girder bridge Remove Select CA30 Design of Double Lane Road Bridge (DLRB) with raft foundation Remove Select CA31 Design of Single Lane Road Bridge (SLRB) with pile foundation Remove Select CA32 Design of counter fort retaining walls for single lane road bridges Remove Select CA33 Design of RCC tangled pier for bridge Remove Select CA34 Design of PCC vertical pier for bridge Remove Select CA35 Design of regulator with raft foundation Remove Select CA36 Design of single lane road bridge with cracked and uncracked section Remove Select CA37 Design of Double Lane Road Bridge (DLRB) using pile foundation Remove Select CA38 Design of single lane road bridge deck slab having a clear span of five meters Remove Select CA39 Hydraulic design of under tunnel Remove Select CA40 Hydraulic design of cross regulator Remove Select CA41 Design of double lane road bridge deck slab having a clear span of three meters Remove Select CA42 Hydraulic design of super passage Remove Select CA43 Rate analysis and estimation of barrackpore trunk Roads Remove Select CA44 Design of retaining walls using coulombs theory Remove Select CA45 Rate analysis and estimation and quantities of multi-storied buildings Remove Select CA46 Analysis and design of box culvert of two meters Remove Select CA47 Rate analysis and estimation of cement concrete roads Remove Select CA48 Design of retaining walls using modified coulombs theory Remove Select CA49 Design of sub structure with different shapes of piers Remove Select CA50 Earthquake analysis of reinforced concrete framed structures Remove Select Read More >>
