how can i found about single stage radial compressor and turbine?
466200
THERE IS A BOOK CALLED "TURBINES,COMPRESSORS AND FANS :BY S .M YAHAYA"IT WILL ANSWER ALL UR QUERIES.
333197
Yes, there is.  It's a silicon chip that becomes cold on one side and hot on the other.  However, they use a lot of energy compared to environ compressors.
1057804
try this\n\nhttp://en.wikipedia.org/wiki/Category:Laboratory_equipment
965781
Try the following :\n\nLarsen & Tubro\nBechtel Engineering\nBharat Heavy Eelectrcal Engineering & its branches\nSNC Lavalin\nFoster & Wheeler\nMW Kellog etc.\nEnerpac
945819
A turbine is a rotary engine that extracts energy from a fluid flow.\nso how many type of turbine are there now are exactly the same as how many liquids are.\nBasically based of fluids type there are water, gas, steam and wind turbines.\nTurbines are also categorized by another means. You can visit wikipedia.\nHope this help.
557689
Have a look here:\n\nhttp://en.wikipedia.org/wiki/Rankine_cycle
534773
Try checking out www.engineering.com
514508
http://en.wikipedia.org/wiki/Microturbine#Micro_Turbines
990989
look at www.lonestarcompressor.com I typed in Yahoo search "screw compressors" and come up with over 800,000 hits!
81122
Frostek might be a good place to start. Go here. http://www.gas-refrigerators.com/frostek.html
1038623
try here---\n         http://www.bearings.machinedesign.com/
250483
Try using a non dimensional correlation for the Bio number or possible Prandtl number. I can't remember off the top of my head, but one of them should relate your Mach number to pressure or viscosity allowing you to have only one unknown. Another idea would be to model the situation with a known boundary layer pattern and find where the boundary layers meet. Check the solution and see if it is reasonable.
762691
The disk, or rotor, is mounted on the turbine shaft and houses the turbine blades.  It converts the kinetic energy of the driving medium to rotational mechanical energy so useful work can be performed.
594830
http://auto.howstuffworks.com/rotary-engine.htm\nhttp://www.monito.com/wankel/wankel.html\nhttp://www.keveney.com/Wankel.html\nhttp://www.rotaryengineillustrated.com/\nhttp://www.answers.com/topic/mazda-wankel-engine\nhttp://www.citroen.mb.ca/citroenet/miscellaneous/wankel/wankel1.html\nhttp://www.rotaryeng.net/\nhttp://www.amazon.com/gp/product/0786411775/\nhttp://www.suzukicycles.org/RE5/RE5-Rotary.shtml\nhttp://www.absoluteastronomy.com/enc1/wankel_engine
640257
try google\nor siemens .com
361244
first we must know turbine's inlet pressure and temperature (depend on design ) , mass flow of steam to turbine (for 2,5 MW)  and effiency of turbine (for calculate of exhaust conditions )\n\nexample : 100 MW double exhaust steam turbine need to 160 ton steam at 500 C and 50 bar for high pressure   and 40 ton steam at 200 C and 5 bar for low pressure. \n\nthere are many kind of boiler . if you dont know some require value then you can not calculate boiler pressure , temperarture and  stages (eco , eva , superheater) .\n\ni can say only about capacity of boiler  ; \n\ni f we accept turbine effiency = 70 % \nthen amount of approximately steam power = 2,5 . 100 / 70 = 3,571 MW \nand \nİf we accept boiler effiency = 85 % then real capacity of   \nboiler = 4,2 MW \nthis value near capacity of boiler. \n\nboiler inlet condition = 1 bar 50 C (i accept) \nenthalpy of inlet water = (from compressed water tables) = 200 kj/kg \nmass of flow = 5 ton/hour (i accept) = 5000 kg/hour = 5000/3600 kg/sn= 1,39 kg/sc.\n\n3,571 MW = 3571 kw = 1,39 . (hç-200) \n\nhç= outlet enthalpy of boiler \n\nhç = 2769 kj/kg (this value must stay at superheated region) \nwe must look to superheated region at thermodynamic tables. \nand we can find best outlet conditions for 2769 Kj/kg. and temperature can not be high than 500 C for 2769 kj/kg. \nwe must take care to pipe line length because some losses cause to change superheated steam to saturated steam or near conditions. \nif superheated steam early change conditions then blades of turbine can be damaged. at the end of turbine must be saturated steam or little bit big superheated steam for protection of blades. \nfinally \n4 bar , 160 C conditions enough for 2769 kj/kg.\n\n\nsummary : \nboiler inlet 1 bar 50 C \nboile r outlet 4 bar , 160 C \nmass of flow = 5 ton / hour \n\nalso next step , calculate of boiler's economizer , evaporatör , superheater , main steam line pipe dia. , pumps (circulating and feed water) , drums , recirculation lines , condenser , auxilary cooling water system (for cooling of condenser) , gland steam line , regulating system , control syst. , vacuum sys. (if necessary for condenser) , water treatment sys. , chemical dosing points ,  etc. etc. etc.\n\nturbine inlet conditions = 4 bar , 160 C 2769 kj/kg\n\nnet power = 2,5 mw = 2500 kw \n\n2500 = 1,39.(2769-hs) \nhs = 970 kj/kg (enthalpy of at the end of turbine ) \n\nthis entalphy shown turbine outlet conditions \n\n0,5 bar 85,4 C or 0,2 bar 85 C (vacuum)\n\nwater must be cooled up to 50 C (inlet of boiler)
1105079
Umm there is this one company, Bauer Compressors or something like that but I don't know their website. I hear that the compressors are really expensive though, definately not worth it if you don't own a field