Concrete Engineering - lite 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 Units ) and Imperial Units ( USCS Units )
Concrete Engineering Calculators - List :

• Water/Cementitious Materials Ratio
• Job Mix Concrete Volume
• Modulus of Elasticity
• Tensile Strength
• Compressive Stress - Beam
available on in-App purchase
• 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