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Papers tagged with "Beams"
A Castellated Beam with and without stiffeners using ANSYS Software: A Review
Castellated Beams Have Become Increasingly Popular In Structural Applications Due To Their Enhanced Load-carrying Capacity And Efficient Use Of Material. These Beams Are Created By Cutting A Zigzag Pattern Into The Web Of A Hot-rolled Steel...
ANALYSIS AND DESIGN OF FLAT SLABS USING DIFFERENT CODES
Flat Slabs System Of Construction Is One In Which The Beams Used In The Conventional Methods Of Constructions Are Done Away With. The Slab Directly Rests On The Column And Load From The Slab Is Directly Transferred To The Columns And Then T...
STUDY OF THE SHEAR BEHAVIOUR OF STEEL AND POLYPROPYLENE FIBER REINFORCED CONCRETE BEAMS
This Thesis Presents A Series Of Tests For Characterizing The Structural Behavior Of Fiber Reinforced Concrete Beams Subjected To Shear Loading. The Experimental Program Involves Two Types Of Fibers, Steel Fiber And A Polypropylene Fiber. A...
RETROFITTING OF RC BEAMS USING FERROCEMENT JACKETING
Retrofitting Refers To The Addition Of New Members Or Components To Older Systems. In Terms Of Civil Engineering It Refers To The Strengthening Of Old Structures. Many Of The Existing Reinforced Concrete Structures Do Not Meet The Current D...
SEISMIC RESPONSE OF MULTI-STORIED BUILDING WITH OPENINGS IN SHEAR WALL
Shear Wall Buildings Are A Popular Choice In Many Earthquake Prone Countries, Like Chile, New Zealand And USA. Shear Walls Are Efficient, Both In Terms Of Construction Cost And Effectiveness In Minimizing Earthquake Damage In Structural And...
FLEXURAL BEHAVIOUR OF HYBRID REINFORCEMENT BY USING GFRP
This Investigation Deals With The Flexural Strength Behaviour Between Conventional Reinforced Concrete Members And Hybrid Reinforcement Of Concrete Members Prepared By Coating Of Glass Fibre Reinforced Polymers (GFRP) On Steel Reinforcement...
Experimental Investigation of Reinforced Concrete Beam with Spiral Reinforcement In Torsion
Present Study Gives The Torsion Behavior Of Rectangular Spiral Reinforced Beam Of M25 Grade Of Concrete. The Spiral Reinforcement Is Use To Increase Flexural Strength Of A Beam. It Is Found That Cracks Are Proportionally Increase With Spaci...
A STUDY OF BUCKLING ANALYSIS OF COMPOSITE BEAM WITH DIFFERENT SHEAR CONNECTER
The Use Of Composite Structures Is Increasingly Present In Civil Construction Works. Steel-concrete Composite Beams, Particularly, Are Structures Consisting Of Two Materials, A Steel Section Located Mainly In The Tension Region And A Concre...
ANALYSIS & DESIGN OF A G+10 RESIDENTIAL RCC BUILDING UNDER VARIOUS SEISMIC RESPONSES
The Design Process Of Structural Planning And Design Requires Not Only Imagination And Conceptual Thinking But Also Sound Knowledge Of Science Of Structural Engineering Besides The Knowledge Of Practical Aspects, Such As Recent Design Codes...
COMPARATIVE STUDY OF RCC AND PRESTRESSED CONCRETE BEAMS FOR VARIOUS SPANS
This Paper Presents The Comparative Study Of R.C.C. And Prestressed Concrete Beams, Which Include The Design And Estimates Of R.C.C. And Pre-stressed Concrete Beams Of Various Spans. The Aim Of This Work Is To Design Large Span R.C.C. Beam...
FLEXTURAL BEHAVIOR OF PLAIN CONCRETE BEAMS STRENGTHENING WITH GLASS FIBER REINFORCED POLYMER (FRP) BY VARYING ITS ASPECT RATIO
Concrete Is The Most Widely Used Construction Material And It Has Desirable Properties Like High Compressive Stress, Stiffness And Durability But The Concrete Mix Is Brittle And Weak In Tension. The Plain Concrete Has Low Tensile Strength A...
STRENGTHENING TECHNIQUE FOR RC BEAM USING CARBON AND ARAMID FIBER
This Paper Presents The Flexural Behavior Of Aramid And Carbon Fiber Reinforced Polymer (AFRP) Strengthened Reinforced Concrete (RC) Beams Of M20 Grade Of Concrete. The Experimental Program Included Strengthening And Testing Of Simply...
EFFECT OF SHEAR SPAN TO DEPTH RATIO AND GRADE OF REINFORCEMENT (YIELD STRENGTH) ON SHEAR STRENGTH OF HIGH STRENGTH CONCRETE WITH ARIFICIAL SAND
The Paper Attempts To Predict The Shear Strength Of High Strength Concrete Beams (60 Mpa) With Different Shear Span To Depth Ratios (a/d = 1, 1.5, 2 And 2.5) Without Web Reinforcement. The Beams Of Various Size And Spans Are Tested For...
FLEXURAL AND SHEAR STRENGTH OF PARTIAL RCC BEAMS AND SLABS – A REVIEW
Two Important Properties Of RC Beams And Slabs Are Flexural And Shear Strength. This Review Paper Shows The Results Obtained From Analysis And Experimental Results By Various Researchers On The Above Mentioned Strengths Of Partial Beam...