Applied thermodynimc

I'm a PhD student in Engineering with a Master's in Statistics. Expert in Matlab, Econometric and statistical modeling of pretty much everything you can think of. These include expertise on protocol development, research study designs, sample size calculations, data management, and data analysis using various statistical software’s (i.e. STATA, Eviews, R & SPSS), statistical interpretation and report writing. Currently involved in official approval of internal econometric models that banks are using.

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A highly experienced Mechanical Engineer with years of invaluable experience and completing projects from conception to completion with 100% accuracy, dedication and quality. I can handle the task. Expert in thermo dynamics thanks

Mechanical Engineer with good thermodynamics skills and the ability to interpret and get the sums within the shortest time possible in 5 hours

Professional from academic institute can help you ......................................................................................

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Hi, I can do this in 1 hour. I'll be home in 2 hours, so it would take about 3 hours to send you the solution. I am a professional math and physics tutor and I know these materials very well Thanks.

I am a Qualified Mechanical Engineer having Master's degree in Dynamics and Controls. I have Excellent academic background and strong analytical skills. I will do it efficiently.

Hi these are simple problems. I can deliver in day with some graphics if you want. regards aeromaster

I hold great command on thermodynamics and will provide u work complete on time. i look forward to this project. :)

Hi, The first problem, you can use R134a tables properties: Answers: 1.a: Final pressure: 1010,62 kPA, (Superheated) 1.b: Final pressure: 1682,8 kPA, Quality: 45,5% (Saturated) The second problem, you can use the ideal gas equation to calculate the final pressure (Law Amonton): P2/P1 = T2/T1 Answer: P2=253,03 kPA (gauge)

I am mechanical and petroleum engineer with lot of epxerience with thermodynamics, fluid behaviour I can solve the problem

Research student with mechanical engineering background. I have good problem solving skills .So Lets be done with this problem fast.

Dear Mr Candidate requiring answers, your problem will require compression factor of R-134a vapors and in second problem will require data on expansion of rubber tube in the car tyre. these data once searched or received, your problem will be solved in a very small time. I shall be very interested to solve such problems in future also as I have taught thermodynamics to Engineering Students for more than 10 yrs. I am providing my brief introduction as follows: I have B. Tech. ( Chemical Engg.) from HBTI Kanpur, M. Tech. (Chemical Engg.) form IIT Kanpur and PH. D. from University of Wollongong, Wollongong, N.S.W. Australia and have been recipient of National Scholarship, Government of India and Post Graduate Award by Australian Iron & Steel, Port Kembla, NSW Australia. I worked with Indian Explosives Ltd (Sister Concern of ICI, UK), Kanpur, manufacturing Urea and with Australian Iron & Steel, Port Kembla, NSW Australia towards development of a model for charging of burden material in Bell less Blast furnace No. 5 for their plant. I studied in detail mixing and segregation of particulate matter in my working model of Bell less blast furnace and in prototype of actual blast furnace using various techniques including high speed photography. I developed techniques to take representative sample from prototype model. The sample weight ranged up to 2 tons. I also worked with Nirma Group of Industries towards process improvement and waste reduction and good housekeeping practice

this can be solved by using ideal gas law for this refrigerant compound and air as well.

I can do it in less than a day

Good afternoon! It is the task of the university? I can help teach physics (thermodynamics) in Russia

I am a mechanical engineering and I specialised in heat energy engineering so i can solve any problem you give to me thank you

As per preliminary calculations : Answer to : 1 a : pressure 1 MPa , dry super heated 1 b pressure 1.7 MPa , wet , dryness factor 0.45 2 new gauge pressure - 253.07 KPa

I can solve the problems easily. I have few courses on thermodynamics. The problems are related to Boyle's and Charles's law.