Development of algorithm and calculation procedure for sizing of shell and tube heat exchanger for single and two phase flows.

Title : Development of algorithm and a calculation procedure for sizing of shell and tube heat exchanger for single and two phase flows.

Scope Of Work:

1. Literature survey of modern recuperators.

[url removed, login to view] of best methods of calculation of single and two-phase flow heat transfer coefficients and friction factors.

Cases a: calculation for single flow .find two phase flow heat transfer and friction factors???

b .find the correlation between single and two phase flow?

c. whether the flow inside the tube is laminar or turbulent?? and what will be the diameter of the tube and length ?? and how it affects the pressure

d. compare the inlet fluid and outlet fluid condition in schematic representation of it and also in different case inside the tube like condensation, evaporation and superheating etc..,,

[url removed, login to view] the user interface I mean matlab has to show the schematic representation of fluids.????

[url removed, login to view] compare the type of fluid flowing. case 1 air and water. case 2 water and some other fluids. and even few more cases.

Also my professor told me to do the 2nd and 3rd points more clearly which I sent you in title pdf.

3. Development of algorithm of shell and tube heat exchanger sizing.

[url removed, login to view] of the algorithm in Engineering Equation Solver or MATLAB.

[url removed, login to view] of the calculation against some in-house experimental data.

[url removed, login to view] and recommendation for future applications.

Compétences : Chauffages, Génie Mécanique

Localisation : India

Voir plus : basic heat load calculation, room heat load calculation excel, hvac heat load calculation formula, heat load calculation forms, heat load calculation hvac, room air conditioners heat load calculation, hvac heat load calculation, heat load calculation spreadsheet, heat load calculation software, heat load calculation sheet excel, heat load calculation outsource, heat load calculation formulas, heat load calculation excel, carrier heat load calculation, excel heat loss calculation

Concernant l'employeur :
( 0 commentaires ) Gdansk, Poland

N° du projet : #12669897