Flow Control (with valve) in Parallel Lines Oil

Description:Designed to monitor the pressure (at the junction) and the flow rates in the parallel ducts, when the flow control valve is closed. Calculates API oil density (lb/ft^3), viscosity [dynamic (cP) and kinematic (cS)] of oil by Beggs & Robinson, variations in flow rates (ft^3/s), velocity (ft/s), friction factors and Reynolds numbers in the ducts, when the valve is closed, the pressure variation (psig) at the junction points when the valve is closed, and the archive comes with an image of the arrangement of the pipes with the valve.
Description (2):Programa feito para monitorar a pressão (no começo da junção) e as vazões nos dutos paralelos, à medida que a válvula controladora de fluxo é fechada. Calcula densidade do óleo API (kg/m^3), viscosidade (dinâmica e cinemática) do óleo por Beggs & Robinson, as variações das vazões (m^3/h), velocidades (m/s), fatores de atrito e nº de Reynolds nos dutos paralelos, a medida que a válvula é fechada, a variação da pressão no começo da junção a medida que a válvula é fechada, o arquivo compactado acompanha uma imagem do arranjo das tubulações com a válvula.
Current version:11.0
Author:Antonio Ricardo Bozolla
Downloaded file size:96,515 bytes
Size on calculator:34 KB
User rating:Not yet rated (you must be logged in to vote)
Primary category:Science
Languages:ENG POR  
File date:2021/07/30 22:33:27
Creation date:2021/07/06
Source code:Not included
Download count:111
Version history:2021/07/30: Updated to version 11.0
2021/05/23: Added to site
Archive contents:
  Length      Date    Time    Name
---------  ---------- -----   ----
     3323  2021-07-06 18:54   Flow_Oil_Pipeline_En_r11(INSTRUCTIONS).txt
    34784  2021-07-06 18:57   Flow_Oil_Pipeline_r11.hpprgm
    92199  2021-05-19 11:08   IMAGE_PIPE_OIL_R10.png
---------                     -------
   130306                     3 files
User comments:

No comments at this time.

You must be logged in to add your own comment.

Part of the HP Calculator Archive,
Copyright 1997-2021 Eric Rechlin.