GrabCAD 模型信息
Helical Cryogenic Scavenger with Double Interlocking Rectangular Walls,KN · 模型 57305
Pay attention, this seemingly simplistic system is much more sophisticated than it seems. The velocity considered of each gas being 1m/s. At the beginning of this document, four (04) numbers are to be remembered: • 97.92%: That's the energy efficiency • 185.44 W/Kg : That's the power density • 4.4 m2 : This is the average heat exchange surface between the two fluids • 65.1 m : This is the average length exchange between the two fluids One of the particularities of this system is the extension of the minimum exchange sruface thanks to a ''Go - Return- Go'' mechanism of the two fluids (Neon and Propellant) in counter-current flow by exchanging heat through a well-calculated AlSi10Mg thick wall. The volume of hot propellant flowing inside that of the cold Neon. I have seen too many awesome gyroids, including the models that I had thought of designing, and as it is of my own, I wanted to do things differently by proposing an even more elegant and original system.
- 格式
- SOLIDWORKS、Other、Rendering、STEP / IGES
- 分类
- 3D printing、Aerospace、Industrial design
- 标签
- nasa_cryogenicfluidmanagement、nasa challenge
- 数据更新
- 2026-09-28T06:05:35Z
