imok2,
The website you refer to seems to be only for computer simulations of building loads for the purpose of chiller selection and design. Our chillers are already installed. I need to somehow simulate the building load on the chilled water system for our commissioning and functional...
I've got 5 brand new Trane Centrifugal chillers in a new central plant that we've constructed for an office building. I have to do a majority of the chiller commissioning prior to tying the new system into the existing chilled water riser. Does anyone know of any ways to simulate building...
Does anyone know how to determine the max capacity of a horizontal recircualtor package that's 60" x 18', operating at -35 degees F, with a 4:1 recirc rate and wet return connections on opposite ends of the vessel. The refrigerant used is NH3.
What would some of the advantages and disadvantages be of running pumped liquid ammonia to a falling film heat exchanger instead of going flooded with a surge drum?
Are there any materials that are better than copper alloy when used as a gasket in a motorcycle engine cylinder? Preferably something softer or more ductile than copper, but with the same heat resistant properties.
The ground has finally been thawed. After drilling a grid of holes every four feet or so and filling them with circuited propylene glycol tubing, we finally got the ground thawed and leveled. For those Guinness enthusiasts out there, the overall depth of the freeze was approximately 37 ft...
How can I figure out how long it will take to thaw out an 8'x8' plot of mud 17' deep. I have 100 degree F air above it and the mud is probably 0 degrees with thermal conductivity of 0.62. Is there any way to calculate how long the heat transfer would take to bring the mud temperature to 32...
Is there a way to calculate how long it takes to thaw out a certain section of frozen mud? We have some frozen ground preventing us from continuing our build, and I was wondering if there was someway to quickly thaw it out? Has anyone experienced this before?
I need to reverse the equation, becasue I have 60,000 data points from a pressure sensor and I want to include the saturated temperatures for these pressures in my data to check the accuracy of the temperature sensors. THe only way to get this, aside from using a chart and individually inputing...
I konw that the formula to get the vapor pressure of a refrigerant from the temperature is
log P=A+B/T+ClogT+DT+ET^2+FT^3
Where A-F are constants dependent on the refrigerant.Does anyone know how to reverse this equation to get T in terms of P?