Process Engineering Calculator for Windows

The description of Process Engineering Calculator - Play With New Friends

Process engineering calculator contains the calculators described below, to read more about this product please visit webbusterz website. + Units converter: containing 23 measurements with 200 unit conversions. + Orifice sizing: Size an Orifice using International Standard ISO 5167-2:2003 or crane method + Control Valve Sizing: size control valves CV using Masoneilan method, Calculate CV or Flow rate from a given CV for different services + Relief Valve Sizing: size valves based on API 520 and API 521 + API Gravity: measure how heavy or light a petroleum liquid is comparing to water. + Cavitation Coefficient: used in centrifugal pumps. also can calculate the pump head providing that the Cavitation coefficient is defined + Cavitation Number: to characterize the potential of the flow to cavitate calculate the cavitation number and back calculate the local Pressure or vapor Pressure or velocity + Erosional Velocity: use API RP 14E to estimate the erosional velocity, mixture density, minimum pipe cross sectional area + Head loss: head loss and pipe cross sectional area using Darcy Weisbach equation also plot profile charts + Heat Exchanger Unknown Temperature: calculate any unknown one or two temperatures on the hot side or the cold side. + Heat Transfer rate (Heat duty): for sensible and latent heat transfer + Hydraulic Diameter: for rectangular, elliptical and annulus pipe types + Linear interpolation calculator: interpolate between tabulated values. + LMTD calculator: Log Mean Temperature Difference for counter current and co-current flow + MMScfd Converter: convert mass flow or volume flow to Million Standard Cubic Feet + Nozzle Pressure Drop calculator for shell and tube heat exchangers + Pipe Friction Factor: Darcy and fanning friction factors using 2 equations! + other calculators including Pipe Sizing, Pumping Power, Reynold's Number, Scale Resistance, Sonic Velocity, Vapor Pressure, Velocity in Pipe, Vessel Volume and Vessels Liquid Height.