Concrete Engineering 4+

Concrete Engineering Calculator contains 56 Calculators for different Concrete and Civil Engineering parameters with Formulas.
Handy App with each and every details about Concrete and its characteristics.Available in Metric (SI) and Imperial Units (USCS)


• Water/Cementitious Materials Ratio
• Job Mix Concrete Volume
• Modulus of Elasticity
• Tensile Strength
• Compressive Stress - Beam
• Stress in Reinforcement - Beam
• Cross-sectional Area of Tensile Reinforcing - Beam
• Cross-sectional Area of Compressive Reinforcing - Beam
• Stress - Extreme Fiber of Concrete
• Stress - Compressive Reinforcing Steel
• Stress - Tensile Reinforcing Steel
• Shear and Diagonal Tension
• Cross-sectional Area - Stirrup
• Bond Stress on surface of bar - Beam
• Total Allowable Axial Load - Column
• Spiral Reinforcing (Ratio of Spiral Volume to Concrete-core Volume)
• Long-Column Load Reduction Factor (Fixed Ends)
• Maximum Permissible Eccentricity (Spiral Columns)
• Maximum Permissible Eccentricity (Tied Columns)
• Bending Load (Spiral Columns)
• Bending Load (Tied Columns)
• Moment at Balanced Condition
• Compressive Strength of Concrete (S28) (W.A.Slater)
• Tensile Strength (Higher Strength Concretes)
• Tensile Strength (Lower Strength Concretes)
• Tension Development Length (No.11 and Smaller bars)
• Tension Development Length (No.14)
• Tension Development Length (No.18)
• Tension Development Length (Deformed Wire)
• Compression Development Length
• Crack Widths (Crack Control Limit)
• Ultimate Strength (Without Wind and Earthquake Load)
• Ultimate Strength (With Wind Load)
• Ultimate Strength (With Earthquake Load)
• Effective Moment of Inertia
• Cracking Moment
• Distance from Extreme Compression (Rectangular Beam)
• Steel Ratio
• Bending Moment Capacity - Underreinforced Beam
• Ultimate Shear Capacity - Beam
• Development Length (Hooked Bar)
• Nominal Unit Shear Stress
• Distance from Extreme Compression (I and T Beams)
• Development Length (Tensile Reinforcement)
• Modular Ratio
• Bending Moment Capacity - Rectangular Beam
• Total Compression - Beam Cross Section
• Slab Thickness
• Flexural Stiffness Ratio of Beam Section and Width of Slab
• Volume of Spiral Steel and Concrete Core Ratio
• Shear Friction Reinforcement Area
• Coefficient of Sliding Friction
• Vertical Shear Reinforcement/Gross Concrete Area Ratio of Wall
• Total End Shear (Counterfort)
• Axial Capacity of Wall
• Nominal Shear Stress on Wall