Engineering Unit Conversion app is developed mainly for Windows 10 devices (PC/SurfacePro/Phone) that helps to convert units associated in engineering conventions and computations from SI to USCS and vice-verse. Therefore, App can be very handy for engineers and students dealing with subjects such as thermodynamics, fluid mechanics, heat transfers and other applied engineering subjects where property data requires frequent conversion. Further, This also helps all users of our engineering design analysis apps on energy systems.

This app covers units under following18 major categories.

1. Mass (kg, lbm, slug, ounce, grain, M. Tonne, Ton)
2. Length (meter, ft, cm, in, mm, km, mile)
3. Area (m^2, ft^2, cm^2, in^2)
4. Volume (liter, gal (US), gal (UK), m^3. ft^3, fl_oz)
5. Temperature (deg C, deg F, Kelvin, Rankin)
6. Flow rate (lpm, gpm, cc/sec, ci/sec)
7. Force (Newton, dyne, kgf, lbf)
8. Pressure (kPa, Bar, psi, atm, kgf/cm^2, in_wg, mm_Hg )
9. Velocity (m/sec. ft/sc, kmh, mph)
10. Energy (Joule, cal, BTU, m.kgf, ft.lbf)
11. Power (kW, hp, kcal/s, BTU/hr, kgf.m/s, lbf.ft/s)
12. Density (kg/m^3, lb/ft^3, m/cc, lbf.sec^2/in^4)
13. Dynamic Viscosity (Pa.sec, poise, cP, reyn, kgf.sec/m^2, lbf.sec/ft^2)
14. Kinematic viscosity (stokes, cSt, newts)
15. Specific heat (joule/kg.K, BTU/lb.F, cal/kg.C)
16. Thermal Conductivity (W/m.K, BTU/hr.ft.F)
17. Enthalpy (kJ/kg, BTU/lb)
18. Entropy (kJ/kg.K, BTU/hr.R)

By default app provides conversion factor. However, users can enter data to convert its value in another unit and also can generate table for the respective unit under chosen category. The screen shots illustrates this for pressure, flow, temperature and dynamic viscosity units that are very commonly associated in energy systems.

With Best Compliments From
Kaup Shenoy Associates.