PH software caters specifically to engineers who design industrial piping and pipelines.
The Piping Hydraulics (PH) software is a tool that is specifically designed for engineers who are involved in the design of industrial piping or pipelines. It can be found on the website sourceforge.net/p/phexecute.
With the PH software, engineers have access to a handy calculator that can be used to determine pressure and temperature changes along a piped or pipelined system. This calculator is particularly useful, as it can create network systems defined by branches and nodes with defined piping geometry, insulations, and fluid flowrates moving through branched piping.
The PH software tool was established with a novel thermodynamic model of differential equations that are resolved using the Runge-Kutta method. Essentially, this allows engineers to calculate the change of temperature and pressure along a piping or pipeline system with defined fluid flowrate and piping geometry, while taking possible loss/gain of heat to the ambient into account.
If you're concerned about varying temperatures and environments, don't worry! The PH software tool can account for surrounding environments such as ambient air, water, or soil, and piping/pipeline insulation layers of up to 3 layers.
This software also comes with two built-in tools for automatic fluid phase identification (gas, liquid, or two-phase flow) and associated fluid properties, such as density and viscosity. Furthermore, the PH software tool allows engineers to introduce external heat sources, such as steam or electric tracing, along with ambient air, water, or soil temperature input.
Overall, the Piping Hydraulics software is an incredibly useful tool for engineers involved in piping design. It allows for quick and accurate calculations of pressure and temperature changes, even accounting for varying environments and fluid properties.
With the PH software, engineers have access to a handy calculator that can be used to determine pressure and temperature changes along a piped or pipelined system. This calculator is particularly useful, as it can create network systems defined by branches and nodes with defined piping geometry, insulations, and fluid flowrates moving through branched piping.
The PH software tool was established with a novel thermodynamic model of differential equations that are resolved using the Runge-Kutta method. Essentially, this allows engineers to calculate the change of temperature and pressure along a piping or pipeline system with defined fluid flowrate and piping geometry, while taking possible loss/gain of heat to the ambient into account.
If you're concerned about varying temperatures and environments, don't worry! The PH software tool can account for surrounding environments such as ambient air, water, or soil, and piping/pipeline insulation layers of up to 3 layers.
This software also comes with two built-in tools for automatic fluid phase identification (gas, liquid, or two-phase flow) and associated fluid properties, such as density and viscosity. Furthermore, the PH software tool allows engineers to introduce external heat sources, such as steam or electric tracing, along with ambient air, water, or soil temperature input.
Overall, the Piping Hydraulics software is an incredibly useful tool for engineers involved in piping design. It allows for quick and accurate calculations of pressure and temperature changes, even accounting for varying environments and fluid properties.
What's New
Version 2: N/A