Bridge Engineering Calculator contains 90 Calculators and Converters, that can quickly and easily calculate and convert different Bridge, Suspension Cable and Civil Engineering parameters. Automatic & Accurate Calculations and Conversions with every Unit and Value Changes. Available in Imperial and Metric Units. Most Comprehensive Bridge and Suspension Cable Calculator.

*** Available in Metric and Imperial Units ***

Bridge Engineering Calculator contains following 58 Calculators:

• Shear Capacity of Flexural Members

• Critical Ratio

• Effective Length Factor

• Slenderness Ratio

• Allowable Stress - Concentrically Loaded Columns (Slenderness Ratio < Critical Ratio)

• Allowable Stress - Concentrically Loaded Columns (Slenderness Ratio >= Critical Ratio)

• Maximum Load - Compression Members

• Buckling Stress (Slenderness Ratio <= Critical Ratio)

• Buckling Stress (Slenderness Ratio > Critical Ratio)

• Q Factor

• Buckling Stress (Q Factor <= 1)

• Buckling Stress (Q Factor > 1)

• Moment Gradient Factor

• Allowable Unit Stress in Bending

• Allowable Bending Stress (Compression Flange Partly Supported/Unsupported in a Bridge)

• Moment of Inertia (Transverse Stiffeners)

• Moment of Inertia (Longitudinal Stiffeners)

• Allowable Bearing Stress for Bolts

• Maximum Bending Strength (Compact Moments)

• Maximum Bending Strength (Braced noncompact Moments)

• Minimum Flange Thickness (Compact Moments)

• Minimum Flange Thickness (Braced noncompact Moments)

• Minimum Web Thickness (Compact Moments)

• Minimum Web Thickness (Braced noncompact Moments)

• Maximum Unbraced Length (Compact Moments)

• Maximum Unbraced Length (Braced noncompact Moments)

• Allowable Bearing Stress (Milled Stiffeners)

• Allowable Stress - Rollers and Rockers (Roller/Rocker Diameter < 25)

• Allowable Stress - Rollers and Rockers (Roller/Rocker Diameter >= 25)

• Allowable Bearing Stress on Pins subject to Rotation

• Allowable Bearing Stress on Pins not subject to Rotation

• Unit Stress in Steel (Unshored Members)

• Unit Stress in Steel (Shored Members)

• Horizontal Shear Range at the Juncture of Slab and Beam

• Horizontal Shear (Allowable Range) - Channels with Fillet Welds

• Horizontal Shear (Allowable Range) - Welded Studs

• Force in Slab - Maximum Positive Moment (Concrete Section)

• Force in Slab - Maximum Positive Moment (Steel Section)

• Force in Slab - Maximum Negative Moment

• Number of Shear Connectors

• Number of Shear Connectors (Between Points of Maximum Positive Moment and Points of Maximum Negative Moment)

• Ultimate Shear Strength of Connectors in Bridges (Channels)

• Ultimate Shear Strength of Connectors in Bridges (Welded Studs)

• Allowable Shear Stress (Highway Bridges)

• Midspan Cable Tension

• Tension at Supports of the Cable

• Cable Length

• Catenary Parameter

• Catenary Cable Sag Distance

• Span Length

• Tension at any point

• Elastic Elongation (Parabolic Cable)

• Change in Sag

• Initial Shape of Cable

• Final Shape of Cable

• Vertical Deflection of Cable due to Live Load

• Natural Frequency of Cable

• Change in Tension

Bridge Engineering Calculator contains following 32 Converters:

• Acceleration

• Angle

• Area

• Density

• Energy/Work

• Flow Rate (Mass)

• Flow Rate (Volume)

• Fluid

• Force

• Frequency

• Hardness

• Length

• Mass

• Metric Weight

• Metrology

• Moment of Force

• Moment of Inertia

• Prefixes

• Pressure

• Radiation

• Specific Heat Capacity

• Specific Volume

• Temperature

• Thermal Conductivity

• Thermal Expansion

• Time

• Torque

• Velocity

• Viscosity (Dynamic)

• Viscosity (Oil & Water)

• Viscosity (Kinematic)

• Volume

Key Features:

• Automatic Calculation & Conversion of the Output with respect to changes in the Input/Options/Units.

• Formulas are provided for each calculator.

• Values of Higher Order can also be calculated.

• Extremely Accurate Calculations and Conversions.

Most Comprehensive Bridge and Suspension Cable Calculator