CIVIL - ANALYSIS BASED PROJECTS

CIVIL - ANALYSIS BASED PROJECTS

• CA01

  Analysis and design of FRP externally-reinforced concrete beams against deboning-type failures
  
• CA02

  Analysis of cft, RCC and steel building subjected to lateral loading using FEM
  
• CA03

  Analytical study on various types of FRP beams by using ansys
  
• CA04

  Finite element analysis and behavior of RCC beam retrofitted with sisal fibre sheet
  
• CA05

  Finite element modeling of reinforced concrete structures strengthened with FRP laminates
  
• CA06

  Finite element analysis of RCC load bearing framed structure using SAP
  
• CA07

  Seismic analysis of normal building with earthquake resistant building using SAP
  
• CA08

  Analysis of insulating fire bricks from mixtures of clays with sawdust addition
  
• CA09

  Finite element analysis of steel and RC beams performance of different elements
  
• CA10

  Cold form of steel structures
  
• CA11

  Stability of frames with tapered built-up members
  
• CA12

  Confinement effectiveness of crossities in RC structure
  
• CA13

  Bending strength of steel beams with corrugated webs
  
• CA14

  Column base connections of shallow steel section (i.e) seismic interaction
  
• CA15

  Framed stud walls with strap braces and steel sheathing
  
• CA16

  Analysis and design of earth dam
  
• CA17

  Analysis and design of gravity dam
  
• CA18

  Design of shallow foundation
  
• CA19

  Design of deep foundation (pile foundation, well foundation)
  
• CA20

  Analysis and design of RCC building with estimation and costing
  
• CA21

  Analysis and design of building subjected to seismic force
  
• CA22

  Analysis and design of G+5 residential building using Slope Deflection Method (SDM)
  
• CA23

  Analysis and design of building subjected to wind force
  
• CA24

  Analysis and design of isolated and combined footings
  
• CA25

  Analysis of G+5 building using Moment Distribution Method (MDM)
  
• CA26

  Analysis and design of high embankment using swedish slip circle method using of IS codes
  
• CA27

  Design of Single Lane Road Bridge (SLRB) with raft foundation
  
• CA28

  Design of T-beam girder bridge with isolated footing
  
• CA29

  Design of pre stressed concrete girder bridge
  
• CA30

  Design of Double Lane Road Bridge (DLRB) with raft foundation
  
• CA31

  Design of Single Lane Road Bridge (SLRB) with pile foundation
  
• CA32

  Design of counter fort retaining walls for single lane road bridges
  
• CA33

  Design of RCC tangled pier for bridge
  
• CA34

  Design of PCC vertical pier for bridge
  
• CA35

  Design of regulator with raft foundation
  
• CA36

  Design of single lane road bridge with cracked and uncracked section
  
• CA37

  Design of Double Lane Road Bridge (DLRB) using pile foundation
  
• CA38

  Design of single lane road bridge deck slab having a clear span of five meters
  
• CA39

  Hydraulic design of under tunnel
  
• CA40

  Hydraulic design of cross regulator
  
• CA41

  Design of double lane road bridge deck slab having a clear span of three meters
  
• CA42

  Hydraulic design of super passage
  
• CA43

  Rate analysis and estimation of barrackpore trunk Roads
  
• CA44

  Design of retaining walls using coulombs theory
  
• CA45

  Rate analysis and estimation and quantities of multi-storied buildings
  
• CA46

  Analysis and design of box culvert of two meters
  
• CA47

  Rate analysis and estimation of cement concrete roads
  
• CA48

  Design of retaining walls using modified coulombs theory
  
• CA49

  Design of sub structure with different shapes of piers
  
• CA50

  Earthquake analysis of reinforced concrete framed structures