CIVIL - ANALYSIS BASED PROJECTS

  • ANA001
    Analysis and Design of FRP Externally-Reinforced Concrete Beams against Deboning-Type Failures
  • ANA002
    Analysis of Concrete Filled Tube (CFT), RCC and Steel Building Subjected to Lateral Loading Using FEM
  • ANA003
    Analytical Study on Various Types of FRP Beams by Using Ansys
  • ANA004
    Finite Element Analysis and Behavior of RCC Beam Retrofitted with Sisal Fibre Sheet
  • ANA005
    Finite Element Modeling of Reinforced Concrete Structures Strengthened with FRP Laminates
  • ANA006
    FEA of RCC Load Bearing Framed Structure Using SAP
  • ANA007
    Seismic Analysis of Normal Building with Earthquake Resistant Building Using SAP
  • ANA008
    Analysis of Insulating Fire Bricks from Mixtures of Clays with Sawdust Addition
  • ANA009
    Finite Element Analysis of Steel and RC Beams Performance of Different Elements
  • ANA010
    Cold Form of Steel Structures
  • ANA011
    Stability of Frames with Tapered Built-up Members
  • ANA012
    Confinement Effectiveness of Cross Ties in RC Structure
  • ANA013
    Bending Strength of Steel Beams with Corrugated Webs
  • ANA014
    Column Base Connections of Shallow Steel Section (i.e) Seismic Interaction
  • ANA015
    Framed Stud Walls with Strap Braces and Steel Sheathing
  • ANA016
    Analysis and Design of Earth Dam
  • ANA017
    Analysis and Design of Gravity Dam
  • ANA018
    Design of Shallow Foundation
  • ANA019
    Design of Deep Foundation (Pile Foundation, Well Foundation)
  • ANA020
    Analysis and Design of RCC Building with Estimation and Costing
  • ANA021
    Analysis and Design of Building Subjected to Seismic Force
  • ANA022
    Analysis and Design of G+5 Residential Building Using Slope Defection Method (SDM)
  • ANA023
    Analysis and Design of Building Subjected to Wind Force
  • ANA024
    Analysis and Design of Isolated and Combined Footings
  • ANA025
    Analysis of G+5 Building Using Moment Distribution Method (MDM)
  • ANA026
    Analysis and Design of High Embankment using Swedish Swip Circle Method of IS Code
  • ANA027
    Design of Single Lane Road Bridge (SLRB) With Raft Foundation
  • ANA028
    Design of T-Beam Girder Bridge with Isolated Footing
  • ANA029
    Design of Pre-Stressed Concrete Girder Bridge
  • ANA030
    Design of Double Lane Road Bridge (DLRB) with Raft Foundation
  • ANA031
    Analysis of G+2 Building Using Moment Distribution Method (MDM)
  • ANA032
    `Design of Single Lane Road Bridge (SLRB) with Pile Foundation
  • ANA033
    Design of Counter Fort Retaining Walls for Single Lane Road Bridges
  • ANA034
    Design of RCC Tangled Pier for Bridge
  • ANA035
    Design of RCC Vertical Pier for Bridge
  • ANA036
    Design of Regulator with Raft Foundation
  • ANA037
    Design of Single Lane Road Bridge with Cracked and Uncracked Section
  • ANA038
    Analysis & Design of G+2 Building Using Slope Deflection Method (SDM)
  • ANA039
    Design of Double Lane Road Bridge (DLRB) Using Pile Foundation
  • ANA040
    Design of Single Lane Road Bridge Deck Slab Having a Clear Span of One - Four Meters
  • ANA041
    Design of Single Lane Road Bridge Deck Slab Having a Clear Span of Five Meters
  • ANA042
    Hydraulic design of under tunnel
  • ANA043
    Design of Single Lane Road Bridge Deck Slab Having a Clear Span of Six Meters
  • ANA044
    Hydraulic Design of Cross Regulator
  • ANA045
    Design of Double Lane Road Bridge Deck Slab Having a Clear Span of Three Meters
  • ANA046
    Hydraulic Design of Super Passage
  • ANA047
    Design of Single Lane Road Bridge Deck Slab Having a Clear Span of Seven Meters
  • ANA048
    Analysis of G+7 Building Using Moment Distribution Method (MDM)
  • ANA049
    Design of Single Lane Road Bridge Deck Slab Having a Clear Span of Eight Meters
  • ANA050
    Design of Single Lane Road Bridge Deck Slab Having a Clear Span of Nine Meters
  • ANA051
    Analysis of G+7 Building Using Slope Deflection Method (SDM)
  • ANA052
    Design of Single Lane Road Bridge Deck Slab Having a Clear Span of Ten Meters
  • ANA053
    Design of Double Lane Road Bridge Deck Slab Having a Clear Span of Three Meters
  • ANA054
    Analysis of G+5 Building Using Moment Distribution Method (MDM)
  • ANA055
    Design of Double Lane Road Bridge Deck Slab Having a Clear Span of Four Meters
  • ANA056
    Design of Double Lane Road Bridge Deck Slab Having a Clear Span of Five Meters
  • ANA057
    Analysis and Design of Box Culvert of Single Meter 
  • ANA058
    Design of Double Lane Road Bridge Deck Slab Having a Clear Span of Six Meters
  • ANA059
    Design of Double Lane Road Bridge Deck Slab Having a Clear Span of Seven Meters
  • ANA060
    Analysis and Design of Box Culvert of Three Meters
  • ANA061
    Design of Double Lane Road Bridge Deck Slab Having a Clear Span of Eight Meters
  • ANA062
    Design of Double Lane Road Bridge Deck Slab Having a Clear Span of Nine Meters
  • ANA063
    Rate Analysis and Estimation of B.T. Roads
  • ANA064
    Design of Double Lane Road Bridge Deck Slab Having a Clear Span of Ten Meters
  • ANA065
    Design of Retaining Walls Using Coulombs Theory
  • ANA066
    Analysis of G+5 Building Using Slope Deflection Method (SDM)
  • ANA067
    Rate Analysis and Estimation and Quantities of Multi-Storied Buildings
  • ANA068
    Analysis and Design of Box Culvert of Two Meters
  • ANA070
    Design of Retaining Walls Using Modified Coulombs Theory
  • ANA071
    Design of Sub Structure with Different Shapes of Piers
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