Skip to content
New issue

Have a question about this project? Sign up for a free GitHub account to open an issue and contact its maintainers and the community.

By clicking “Sign up for GitHub”, you agree to our terms of service and privacy statement. We’ll occasionally send you account related emails.

Already on GitHub? Sign in to your account

Expansion Notes #48

Open
ChrisAdderley opened this issue Jul 7, 2024 · 0 comments
Open

Expansion Notes #48

ChrisAdderley opened this issue Jul 7, 2024 · 0 comments

Comments

@ChrisAdderley
Copy link
Collaborator

ChrisAdderley commented Jul 7, 2024

Part improvements and expansion for HC/SystemHeat

1. Restructure how all static radiator parts are set up

  • Part would control the approximate form factor (length = along-ship dimension, width = perpendicular to ship)
    • Wraparound (1 per size class, e.g. 0.625 -> 5m)
    • Planar (multiple lengths)
    • Triangular (multiple lengths)
  • Part switch would control the detailed form factor
    • Wraparound - fractional coverage (1/4, 1/3, 1/2) and length (e.g. 1.25 -> 10m)
    • Planar - width
    • Triangular - aspect (aka width)
  • Part switch would control the radiator type
    • Basic (ammonia loop, 300K)
    • High Temperature (NaK heat pipe, 800K)
    • Very High Temperature (Graphene microtubing, 1100K)
    • Aerodynamically Shielded (heat pipe, 600-1000K)

2. Restructure basic deployable radiators similarly

  • Part would control the approximate form factor
    • Generally planar, multiple lengths
  • Part switch would control the width
  • Part switch would control the radiator type
    • Basic (ammonia loop, 300K)
    • High Temperature (NaK heat pipe, 800K)
    • Very High Temperature (Graphene microtubing, 1100K)

3. Develop specific specialized radiator systems that have specific pros and cons

  • Liquid Drop Radiators: radiators that work very well for low acceleration and lose cooling capacity with increasing acceration/rotation, best kW/ton [Lithium, 1500k]
    • Planar, perpendicular (switch length?)
    • Planar, parallel (switch width?)
    • Triangular, perpendicular (switch length?)
    • Triangular, parallel (switch start width?)
  • Curie Fountain Radiator: LDR with no acceleration downsides but not available in very large scales [iron, 1500K)
    • surface attached fountains in several linear sizes
  • Ribbon/Cable filament radators: inline multi-axis radiators that are compact but don't have the best perf [1300K]
    • Inline mounted in 2.5-5m sizes
    • Switchable lengths
  • Aerodynamic heat exchangers: Things that take air, exchange with the cooling system and cool. Need air intake. [800K]
    • Inline mounted in 1.25-5m sizes
Sign up for free to join this conversation on GitHub. Already have an account? Sign in to comment
Projects
None yet
Development

No branches or pull requests

1 participant