CalcSteam Hack 1.05(1) + Redeem Codes
Developer: peace software
Category: Education
Price: $0.99 (Download for free)
Version: 1.05(1)
ID: com.peacesoftware.CalcDampf
Screenshots
Description
CalcSteam calculated the following thermodynamic values of water, superheated steam and saturated steam:
• density
• enthalpy
• entropy
• internal energy
• cp, isobaric heat capacity
• cv, isochoric heat capacity
• isentropic exponent
• dynamic viscosity
• kinematic viscosity
• thermal conductivity
• speed of sound
A large number of units for input and output are provided.
You can send the results by email.
• density
• enthalpy
• entropy
• internal energy
• cp, isobaric heat capacity
• cv, isochoric heat capacity
• isentropic exponent
• dynamic viscosity
• kinematic viscosity
• thermal conductivity
• speed of sound
A large number of units for input and output are provided.
You can send the results by email.
Version history
1.05(1)
2018-02-13
This app has been updated by Apple to display the Apple Watch app icon.
Bug fixed probating decimal numbers in entry fields.
Bug fixed probating decimal numbers in entry fields.
1.0.4(2)
2017-12-11
64-Bit version
1.0
2010-05-21
Ways to hack CalcSteam
- Redeem codes (Get the Redeem codes)
Download hacked APK
Download CalcSteam MOD APK
Request a Hack
Ratings
1 out of 5
1 Ratings
Reviews
tzem68,
Inaccurate
I deal with steam & condensate applications daily (for over 20 years). While data for lower pressures are right on, when I get into higher pressures / temperatures, I get negative values for most data.
The verbiage is also different from what we use in the industry. I assume that “Inner Heat-Steam” is referring to enthalpy of saturated vapor, or “latent heat”. This figure, once again, is accurate with lower pressures, but not at all accurate on higher pressures (still below critical pressures).
Wish I had my $5 back. If they could get this right, it would make a nice tool.
The verbiage is also different from what we use in the industry. I assume that “Inner Heat-Steam” is referring to enthalpy of saturated vapor, or “latent heat”. This figure, once again, is accurate with lower pressures, but not at all accurate on higher pressures (still below critical pressures).
Wish I had my $5 back. If they could get this right, it would make a nice tool.
