mattlab or excel if possible ! please help with these 9 casses !
Computer Assignment You are to write a calculational tool that will take information about a fluid flowing in a pipe and do all the appropriate calculations. We do not care whether you use a spread sheet, FORTRAN BASIC, CH. Python, or an applied math package like MATLAB, or MATHCAD. We have posted the 9 fluids and piping combinations on Learn INPUT (allow for both English and SI units) For the Piping System: Length - 100 ft unless noted otherwise D-D - from pipe size tables E/D - depends on pipe type For the Fluid: Density - ? Viscosity - ? Vol Flowrate or Average velocity Need to Echo the Input values in both English and si units CALCULATE Reynolds number (Calculate with both English and SI units to check that conversions are done correctly) Re-Die Fanning Priction Factor from S.W. Churchill, Engineering Magazine, 11/7/77, pp. 91-92. Chemical Factor A - 2451wyyan "cazien] Factor B Fanning Friction Factor, f. and the Pressure Drop across the Pipe -AP-P-P-2fpv & D Case # type of pipe SS tubing Sch 40 Steel Plastic Tube SS Cast Pipe Type L Cu Tube Glass 16 BWG SS Tube Sch 80 Steel Sch 40 Steel Size 30mmID 1/2" 15mmID 150mmID 0.545"ID 75mmID 5/8" 1/2" Fluid Flow or Velocity Liq Sodium @ 704C 5 meter/sec n-Heptane @ 100F 10 gpm Methanol @ 75F 2 liters/min Water @ 50C 0.15 cu. meter/sec Water @ 90F 10 ft/sec(fps) Freon (R12) @ 40C, 10 atm. 2 liters/sec 60%Nitric Acid @ 120F 10 fps Air @ 85F, 50psig 75 scfm Sat Steam @ 75 psia 20 meter/sec 0.12 All except Cases 8 and 9 are liquids. Please include a listing of the reference source of your physical property data. It appears that the values from the back of Welty, Wicks, Wilson, and Rorrer are quite a bit different than those reported in other sources (they have given all gas properties at one atmosphere pressure). Your submission will be in 4 parts as detailed on the computer assignment sheet. The two assessments, the hard copy of the transmittal report, and the electronic copy of the calculational tool are due by 5 pm on Thursday, January 24, 2019. These are some correct values, not part of the assignment but can be used to check your conversions. These are all for water at 60F (density = 62.37 lb/cu.ft. and viscosity = 1.129 CP) flowing through Sch 40 Steel pipe. Nominal Size Flow Rate Average Velocity Pressure Drop 1/2" 5 gpm 200 gpm 900 gpm 1.61 mps 8.68 fps 3.66fps 11.3 psi/100ft 3.87 psi/100ft 1230 Pa/100ft 1on Computer Assignment You are to write a calculational tool that will take information about a fluid flowing in a pipe and do all the appropriate calculations. We do not care whether you use a spread sheet, FORTRAN BASIC, CH. Python, or an applied math package like MATLAB, or MATHCAD. We have posted the 9 fluids and piping combinations on Learn INPUT (allow for both English and SI units) For the Piping System: Length - 100 ft unless noted otherwise D-D - from pipe size tables E/D - depends on pipe type For the Fluid: Density - ? Viscosity - ? Vol Flowrate or Average velocity Need to Echo the Input values in both English and si units CALCULATE Reynolds number (Calculate with both English and SI units to check that conversions are done correctly) Re-Die Fanning Priction Factor from S.W. Churchill, Engineering Magazine, 11/7/77, pp. 91-92. Chemical Factor A - 2451wyyan "cazien] Factor B Fanning Friction Factor, f. and the Pressure Drop across the Pipe -AP-P-P-2fpv & D Case # type of pipe SS tubing Sch 40 Steel Plastic Tube SS Cast Pipe Type L Cu Tube Glass 16 BWG SS Tube Sch 80 Steel Sch 40 Steel Size 30mmID 1/2" 15mmID 150mmID 0.545"ID 75mmID 5/8" 1/2" Fluid Flow or Velocity Liq Sodium @ 704C 5 meter/sec n-Heptane @ 100F 10 gpm Methanol @ 75F 2 liters/min Water @ 50C 0.15 cu. meter/sec Water @ 90F 10 ft/sec(fps) Freon (R12) @ 40C, 10 atm. 2 liters/sec 60%Nitric Acid @ 120F 10 fps Air @ 85F, 50psig 75 scfm Sat Steam @ 75 psia 20 meter/sec 0.12 All except Cases 8 and 9 are liquids. Please include a listing of the reference source of your physical property data. It appears that the values from the back of Welty, Wicks, Wilson, and Rorrer are quite a bit different than those reported in other sources (they have given all gas properties at one atmosphere pressure). Your submission will be in 4 parts as detailed on the computer assignment sheet. The two assessments, the hard copy of the transmittal report, and the electronic copy of the calculational tool are due by 5 pm on Thursday, January 24, 2019. These are some correct values, not part of the assignment but can be used to check your conversions. These are all for water at 60F (density = 62.37 lb/cu.ft. and viscosity = 1.129 CP) flowing through Sch 40 Steel pipe. Nominal Size Flow Rate Average Velocity Pressure Drop 1/2" 5 gpm 200 gpm 900 gpm 1.61 mps 8.68 fps 3.66fps 11.3 psi/100ft 3.87 psi/100ft 1230 Pa/100ft 1on
