Civil Engineering Tools
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Reinforced Concrete Design
Flexure
Analysis of Rectangular Beams
Design Tables Singly Reinforced
Design Tables Doubly Reinforced
Analysis of T- Beams
MOR of slabs/mt width
Shear
Allowable Shear Table
Design of Shear Ties
Design of Shear Ties for Torsion
Compression Members
Rect Columns
Circular Columns
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Reinforced Concrete Design using LIMIT STATE METHOD
Flexure
Analysis of Rectangular Section
Find the Capacity of the Beam
FLEXURE-REINFORCEMENT PERCENTAGE (pt) FOR SINGLY REINFORCED SECTIONS
Prepration of Tables of 1,to 4 of SP-16
FLEXURE-REINFORCEMENT PERCENTAGE FOR DOUBLY REINFORCED SECTIONS
Prepration of Tables of 45 to 56 of SP-16
T-Beams Analysis and Design
To find MOR of T- Beams for given steel or to find steel for given Mu
FLEXURE-MOMENT OF RESISTANCE OF SLABS kN.m PER METRE WIDTH
Prepration of Tables of 5 to 45 of SP-16
Shear
Shear Strength of Various grades of Concrete
List of allowable shears at various % of steel i.e Table 19,20 of IS 456
Design of Shear Ties
Design of Shear Ties of Beams
Design of Shear Ties for Torsion
Design of Shear Ties of Beams subjected to Torsion
Compression Members
Design of Rect Columns for M & P
Design of Rectangular Columns for combined M & P
Capacity of Circular Columns for M & P
Capacity Calculations for Circular Columns for combined M & P