Atmospheric Surface Pressure and Density

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SUMMARY

The discussion centers on the challenge of calculating Atmospheric Surface Pressure and Density for a Stellar System Generator. The user seeks formulas that incorporate Surface Gravity, Scale Height, Mean Molecular Weight, and Global Average Surface Temperature. However, a key insight provided by a participant indicates that these variables alone are insufficient for pressure calculations without knowing the density, and vice versa. This highlights the interdependence of pressure and density in atmospheric calculations.

PREREQUISITES
  • Understanding of Atmospheric Physics
  • Familiarity with Basic Thermodynamics
  • Knowledge of Fluid Dynamics
  • Proficiency in Mathematical Modeling
NEXT STEPS
  • Research the Ideal Gas Law and its application in atmospheric calculations
  • Explore the relationship between pressure and density in fluid dynamics
  • Study the concept of Scale Height in atmospheric science
  • Investigate resources on Stellar System Generators and their mathematical foundations
USEFUL FOR

Atmospheric scientists, game developers creating simulation software, and anyone involved in modeling planetary atmospheres will benefit from this discussion.

arakish
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I am not sure this belongs here. However, I could not think of where else to put it.

I am rewriting an old Stellar System Generator originally began way back in 1983. I kept updating and revising it until the death of my family in 1997. I just recently found it in some old file boxes and decided to update it.

The only problem I am having is finding formulas/equations that allow one to calculate a planet's Atmospheric Surface Pressure and Density. I thought I had written such down, but evidently not. I am also trying to find such in all the books I own, but there are about 2000 of them.

Thus, I am hoping someone here knows of such or can lead me to a website that has such. I have also tried web searches, but to no avail.

Forgot to say that the parameters I wish to use are Surface Gravity, Scale Height, Mean Molecular Weight, and Global Average Surface Temperture.Thanks.

rmfr
 
Last edited:
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Hi arakish

Unfortunately those variables alone are insufficient. Pressure isn't computable via those variables unless you know the density - and visa versa.
 

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