Linear Orifice Flow Meter Variable Description Table: in order of appearance in code
Variable Name |
Variable Description |
---|---|
Unable to find DVI conversion log file. | Number of riser pipes |
Unable to find DVI conversion log file. | minor loss coefficient for rapid mix |
Unable to find DVI conversion log file. | Combined area of all orifices |
Unable to find DVI conversion log file. | function for determining the orifice areas as the vertical distance on the riser pipe increases |
Unable to find DVI conversion log file. | headloss through the Lfom, and the minimum height of the water in the entrance tank |
Unable to find DVI conversion log file. | minor loss coefficient for an orifice (was K orifice) |
Unable to find DVI conversion log file. | plant flow rate |
Unable to find DVI conversion log file. | the inner diameter of the riser pipe |
Unable to find DVI conversion log file. | ratio of LFOM pipe area to orifice area |
Unable to find DVI conversion log file. | nominal diameter of the riser pipe and rapid mix pipe |
Unable to find DVI conversion log file. | enumerated type of pipe |
Unable to find DVI conversion log file. | rapid mix head loss |
Unable to find DVI conversion log file. | The total pipe length betweeen the bottom of the orifices and the flocculator |
Unable to find DVI conversion log file. | viscosity of water through the plant |
Unable to find DVI conversion log file. | PVC pipe roughness |
Unable to find DVI conversion log file. | Function based off of ramp functions, this is an incremental function that all ows other funtions to evaluate one level of orifices at a time |
Unable to find DVI conversion log file. | vertical distance between orifices |
Unable to find DVI conversion log file. | elevation between orifice rows at which the flow is calibrated, a 0 or 1 value. 0 corresponds to the current row and 1 corresponds to the next row |
Unable to find DVI conversion log file. | funtion to determine target riser pipe flow, incrementally calculates flows |
Unable to find DVI conversion log file. | funtion to determine actual flow through orifices |
Unable to find DVI conversion log file. | number of orifices |
Unable to find DVI conversion log file. | diameter of Lfom orifices |
Unable to find DVI conversion log file. | function that determines the diamter of a circle given the area |
Unable to find DVI conversion log file. | function that determines the drill bit size necessary |
Unable to find DVI conversion log file. | arbitrary value determines the number of orifices in the first row, currently 5 is selected |
Unable to find DVI conversion log file. | percent error in the actual flow rate compared to theoretical values |
Unable to find DVI conversion log file. | maximum error of Q_LfomError array |
Unable to find DVI conversion log file. | headloss from the entrance tank to the flocculator |
Unable to find DVI conversion log file. | water depth of entrance tank relative to the bottom of the sedimation tank |
Unable to find DVI conversion log file. | height of the start of the floculation tank relative to the bottom of the sedimention tank |
Unable to find DVI conversion log file. | difference between height of water in floculation tank and the bottom set of orifices on the LFOM |
Unable to find DVI conversion log file. | maximum water level in entrance tank |
Unable to find DVI conversion log file. | minimum water level in entrance tank |
Unable to find DVI conversion log file. | height of entrance tank walls |
Unable to find DVI conversion log file. | height of entrance tank above the top of the riser pipe |
Unable to find DVI conversion log file. | safety factor of height of riser pipe above top row of orifices |
Unable to find DVI conversion log file. | height of the riser pipe |