Simulations/evaluation and environment setting

[NirViaje]

the setting:

• tensorflow solver for ODE/PDE that can be transfered to js or other platforms
  • thermal
  • optical
    • js library ray-optics
  • magnetic
• unity for rigid body simulation

Key nodes need to be simulated/evaluated

the formulae and problem settings of key evaluations

1. the focus spot of the solar furnace #6
   • the focus spot
   • the scale/potential structure of the solar furnace reflector #5
   • the accuracy of the solar furnace and the requirements of machining and control precision
2. solar furnace reflector #5
   • simulation of the surface curve, stability/robustness
   • simulation of the controllibility
   • simulation of the monitoring device and observability
   • in-depth for structure: vibration mode/thermal distortion etc
3. the potential of magnetic torquer to position/attitude the energy site #4
   • the magnetic shield in need
   • the requirement of the magnetic torquer
4. the machining ability of the raw target asteroid metal (data in need) #6
   • machining ability of the raw material
   • the payload of the IBP #13 of the machining equipment
5. the consists of payload and propellant in the IBP #13
   • GDoc sheet
6. robotics system #7
   • simulation and evaluation of different task modes/methods
   • the scale of the workload
     • payload and torque
     • mass production
7. supplements by scale expanding
   • category #11
   • by different stages/scales

Key nodes need to be evaluated in physics at the first stage

• Mechanical property of iron meteorite, both in low (~100K) and ordinary temperature
• Ground solar furnace system to melt down iron in tons and rolling/forming