7 votes - Productivity - First release: 2013-02-19T20:44:08Z
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Description - 4+
Hydraulics Calculator contains 94 Calculators and Converters, that can quickly and easily calculate and convert different Hydraulics, Water works and Civil Engineering parameters. Available in Metric and Imperial Units • Capillary Rise • Viscosity • Kinematic Viscosity • Hydrostatic Pressure • Pressure Head • Velocity Head • True Velocity Head • Specific Energy Head • Head Loss (Bernoulli Equation) • Total Energy - Elemental Volume of Fluid • Total Head of Flowing Fluid • Average Velocity of Flow • Summation of all Forces (X direction) • Froude Number • Reynolds Number • Weber Number • Head Loss due to Friction • Head Loss due to Friction (Darcy-Weisbach Formula) • Chezy Velocity • Chezy Coefficient • Manning Flow Velocity • Manning Flow Velocity using Pipe Diameter • Flow Rate (Manning Formula) • Head Loss due to Friction (Manning Formula) • Pipe Diameter (Manning Formula) • Mean Flow Velocity (Hazen-Williams) • Mean Flow Velocity - Pipes Flowing Full (Hazen-Williams) • Fluid Flow Rate (Hazen-Williams) • Head Loss due to Friction (Hazen-Williams) • Pipe Diameter (Hazen-Williams) • Head Loss across a sudden enlargement of Pipe Diameter (Bernoulli Equation & Archer Equation) • Head Loss due to Gradual Conical Enlargement • Head Loss across a sudden contraction of Pipe • Head Loss across a sudden contraction of Pipe (Brightmore Equation) • Head Loss - Pipe Fittings • Loss Coefficient • Orifice Flow Rate • Coefficient of Contraction • Initial Velocity of Fluid Jets • Gage Pressure at Tube Entrance (Conical Tubes) • Velocity of Wave in a Pipe (Water Hammer) • Internal Pressure in Pipe • Stress on Pipe Material • Section Factor • Critical Depth of Flow - Open Channel Flow • Force - Hydraulic Jump • Rate of Change of Momentum - Hydraulic Jump • Head Loss - Hydraulic Jump • Stress on Pipe due to Temperature Change • Movement in Length of Pipe due to Temperature Change • Resultant Force on Bend in Pipe • Elevation Difference between Headwater and Tailwater (Entrance and Exit Submerged) • Velocity of Flow in Culvert (Entrance and Exit Submerged) • Elevation Difference between Headwater and Tailwater (Entrance Submerged/Unsubmerged & Free Exit) • Velocity of Flow in Culvert (Entrance Submerged/Unsubmerged & Free Exit) • Flow Rate - Open Channel Flow • Average Velocity - Rectangular Channels • Critical Depth - Rectangular Channels • Flow Rate - Rectangular Channels • Discharge of Fluid per Unit Length - Rectangular Channels • Minimum Specific Energy - Rectangular Channels • Average Velocity - Triangular Channels • Critical Depth - Triangular Channels • Flow Rate - Triangular Channels • Average Velocity - Parabolic Channels • Critical Depth - Parabolic Channels • Flow Rate - Parabolic Channels • Average Velocity - Trapezoidal Channels • Critical Depth - Trapezoidal Channels • Flow Rate - Trapezoidal Channels • Minimum Specific Energy - Trapezoidal Channels • Area of Cross Section - Circular Channels • Critical Depth - Circular Channels • Top Width - Circular Channels • Flow Rate - Circular Channels • Flow Rate - Rectangular Weir • Flow Rate - Triangular Weir (Notch Angle of 90 degrees) • Flow Rate - Triangular Weir (Notch Angle of 60 degrees) • Flow Rate - Triangular Weir (Notch Angle of 30 degrees) • Flow Rate - Trapezoidal Weir • Flow Rate - Broad Crested Weir • Quantity of Sediment transported as Bed Load (Schoklitsch Formula) • Evaporation Rate (Meyer Equation) • Wind Factor • Peak Discharge (Rational Formula) • Rainfall Intensity (Steel Formula) • Flow Rate - Groundwater (Darcy's Law) • Fire Demand Rate • Flow Rate - Gravity Well (Dupuit Formula) • Flow Rate - Artesian Well • Economic Pipe Diameter • Flow Rate - Venturi Flow Meter • Power obtained from Water Flow