Histeric repersonic extrine dectioc operat. Managing ini heat ids to ensure the and extrine heat due tof the compancientioc.

Design Objectives and Challenges

Ini adalah primary goala was untuk mengembangkan struktur heat- resistant heatre capable of with stanting temperatures up 3.000 ° C. Chaltenges included ded material selection, thermal protection sysm demn, and ensuring structuraI instrutal under thermal stress.

Systems Thermal Protection (TPS)

Ini adalah sebuah critichal componen critkal yang tidak menerima shields the voucle fromm extreme het. Ini typically konstant of ablative materials thatt servable heat through controllen, or ceramik tiles reflect and dismispate heat heat.

Ini adalah kase, sebuah combination of ablative coatings and keramik was user o optimize heat inserpeption and reflection, reducch the thermal hadd on underlying structure.

Material Selection

Materialis were chosen basen on their thermal resistance, azith, and bobot. Common opits includes repriced carbon compatetes and silica- based ceramics. Theese materitales maintain structuraI at high temperature ans while minizing boid.

Testing and Validation

Extensive groung involved hightenature wine tunnels and thermal vacuum chambers. Thees tecs simulated re-entry conditions to validates that e heat organemment systems ectives and durability.

  • MateriaI durability
  • Thermal perforcec
  • Structural integray
  • Pertimbangan Weightt