This software offers 50 formulas relevant to Hydraulic Engineering, with a Scientific Evaluator that supplies instant reference to recent calculations and memory functions. One example calculation is the time taken to empty a sphere with a sharp-edged orifice.
The Hydraulic Engineering software provides a comprehensive collection of 50 formulae, which are essential for professionals and students in this field. The Scientific Evaluator feature includes a superlative collection of operators, along with memory functions, allowing you to instantly reference recent calculations.
This software program is a must-have for Hydraulic Engineering professionals and students, as it empowers you with instant references and solutions for frequently encountered calculations right at your fingertips. By just a few taps, you can eliminate calculations that would typically require a significant amount of effort and time, which increases efficiency. Consequently, you will have more time to analyze your information and make better-informed decisions, ultimately helping professionals maintain their competitive edge and assisting students in excelling in their academics.
The software provides a plethora of calculations, including Time Required to Empty a Sphere (Sharp Edged Orifice), BHP Required to Pump any Fluid, Centrifugal Pump Head, Concrete Pipe (Gravity Flow Through Pipe), Discharge From Open Horizontal Pipes, Discharge Time between Communicating Vessels, Flow Rate of Steam, Flow Rate of Water, Fluid Pressure on a Piston, Friction Head Loss in Pipes, Full Flow in Round Pipes, Horsepower, Hydraulic Flow Through Tubes, Hydraulic Systems, Ind. Waste Water Flow Rates (Parshall Flume), Ind. Waste Water Flow Rates (Rectangular Weirs), Ind. Waste Water Flow Rates (Triangular Weirs), Minimum Required Flow through Pumps, Pipe Size Requirements (For Dia. Of Pipe), Pressure Loss Through Valves, Pumping Cost (Ductile Iron pipe), Relative Capacities of Pipes, Reynolds Number and Laminar Flow, Speed, Speed of an Actuator, Tank Capacity, Surface Area and Metal Weight, Tank Overflow and Vent Nozzle Sizes, Time Required to Empty a Cone (Rounded Orifice), Time Required to Empty a Cone (Sharp Edged Orifice), Time Required to Empty a Cone (Short Flush-Mounted Tube), Time Required to Empty a Horiz. Cyl. (Rounded Orifice), Time Required to Empty a Horiz. Cyl. (Sharp Edged Orifice), Time Required to Empty a Horiz. Cyl. (Short Flush-Mounted Tube), Time Required to Empty a Sphere (Rounded Orifice), and more.
Overall, the Hydraulic Engineering software is exceptionally efficient and accurate, providing a comprehensive range of calculations that would typically require a substantial amount of effort and time to calculate. The instant referencing and solutions feature provides a significant advantage to professionals and students, ultimately increasing productivity and improving overall decision-making abilities.
This software program is a must-have for Hydraulic Engineering professionals and students, as it empowers you with instant references and solutions for frequently encountered calculations right at your fingertips. By just a few taps, you can eliminate calculations that would typically require a significant amount of effort and time, which increases efficiency. Consequently, you will have more time to analyze your information and make better-informed decisions, ultimately helping professionals maintain their competitive edge and assisting students in excelling in their academics.
The software provides a plethora of calculations, including Time Required to Empty a Sphere (Sharp Edged Orifice), BHP Required to Pump any Fluid, Centrifugal Pump Head, Concrete Pipe (Gravity Flow Through Pipe), Discharge From Open Horizontal Pipes, Discharge Time between Communicating Vessels, Flow Rate of Steam, Flow Rate of Water, Fluid Pressure on a Piston, Friction Head Loss in Pipes, Full Flow in Round Pipes, Horsepower, Hydraulic Flow Through Tubes, Hydraulic Systems, Ind. Waste Water Flow Rates (Parshall Flume), Ind. Waste Water Flow Rates (Rectangular Weirs), Ind. Waste Water Flow Rates (Triangular Weirs), Minimum Required Flow through Pumps, Pipe Size Requirements (For Dia. Of Pipe), Pressure Loss Through Valves, Pumping Cost (Ductile Iron pipe), Relative Capacities of Pipes, Reynolds Number and Laminar Flow, Speed, Speed of an Actuator, Tank Capacity, Surface Area and Metal Weight, Tank Overflow and Vent Nozzle Sizes, Time Required to Empty a Cone (Rounded Orifice), Time Required to Empty a Cone (Sharp Edged Orifice), Time Required to Empty a Cone (Short Flush-Mounted Tube), Time Required to Empty a Horiz. Cyl. (Rounded Orifice), Time Required to Empty a Horiz. Cyl. (Sharp Edged Orifice), Time Required to Empty a Horiz. Cyl. (Short Flush-Mounted Tube), Time Required to Empty a Sphere (Rounded Orifice), and more.
Overall, the Hydraulic Engineering software is exceptionally efficient and accurate, providing a comprehensive range of calculations that would typically require a substantial amount of effort and time to calculate. The instant referencing and solutions feature provides a significant advantage to professionals and students, ultimately increasing productivity and improving overall decision-making abilities.
What's New
Version 1.1: Program now available for New Scientific Evaluator. New Property Tables and more