Research and find an actual Diesel engine (except the one we did together in class) to...

Question

Research and find an actual Diesel engine (except the one we did together in class) to mathematically model using air-standard analysis. Provide the reference information you found regarding the engine (such as bore, stroke, compression ratio, and power output) in printed form. List any assumptions that were used as part of your analysis. 01/ XXXXXXXXXX61111 XXXXXXXXXX¦ XXXXXXXXXX11110 You are, however, expected to provide written supporting material with all of your calculations, including the appropriate units. Fill in the cells below with the appropriate information.
This is a test and is expected to be your own work There are a lot of engines out there to choose from, so I don't expect two (or more) people to use the same engine and analyze it in the exact same way. If something smells fishy, it probably is and action may be taken.

005_bcy2ajo-rb3n45od.pdf

David · Accepted Answer

Kubota Diesel engine Z602-E3B 
Kubota diesel engine is an internal combustion engine, it is also known as compression ignition 
engine  
Technical specifications:- 
Technical specification of Kubota Diesel engine Z602-E3B is as mentioned in following table 
Modal  Z602-E3B 
Type Vertical liquid cooled diesel engine  
No. of cylinders 2 
Bore  72 mm 
Stroke  73.6 mm 
Displacement  0.599 L 
Rated power  12.5 KW 
Speed  3600 rpm 
Direction of rotation  Counter clockwise  
(viewed on flywheel side) 
Compression ratio 24:1 
Cut off ratio  2 
Stroke  4 stroke  
Order of firing 1-2 
Injection pressure  13.73 M Pa 
Injection timing  200 before TDC 
Fuel Diesel Fuel 
Dimension in mm ( 
Length x width x height) 
385 x 421 x 544 
Weight (dry) 57 Kg  
Mass of air  0.0022 Kg
Main components:- 
There are following main components of this engine 
 Inlet manifold 
 Outlet manifold 
 Injection pump 
 Fuel feed pump 
 Oil level gauge  
 Oil filter cartridge  
 Oil pressure switch 
 Oil drain plug 
 Oil pan 
 Alternator 
 Starter 
 Oil filler plug 
 Speed control lever 
 Engine stop lever 
 Cooling fan  
 Fan drive pulley 
 Flywheel 
 Water drain cock 
 Fuel feed pump 
 Speed controller 
 Stop magnet 
 Sensor for temperature 
Operating cycle:- 
Kubota Diesel engine operating principle is based on Diesel cycle which is also known as 
compression ignition engine cycle.

Research and find an actual Diesel engine (except the one we did together in class) to mathematically model using air-standard analysis. Provide the reference information you found regarding the...

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