GrabCAD 模型信息
SATURN MAZE RECUPURATOR · 模型 266214
Inspired by the iconic shape of the planet Saturn, this recuperator design consists of two main components: a central spherical core and a surrounding toroidal ring. This geometric configuration is not only visually distinctive but also functionally efficient, enabling optimal flow and heat exchange performance. Its symmetric layout and compact structure are particularly suitable for integration into modern cryogenic fluid management systems, especially in space environments where efficiency and simplicity are critical. Main Components 1. Central Core (Spherical Chamber): - Serves as the main chamber for distributing or storing cryogenic fluid. - Connected to inlet and outlet pathways via axially aligned shafts for balanced flow distribution. - The spherical shape ensures uniform radial flow in all directions, minimizing the risk of dead zones or stagnation. 2. Outer Ring (Heat Exchanger Ring): - Contains internal spiral or parallel flow channels where warm and cold fluids pass through. - Functions as the recuperator by allowing indirect thermal exchange between two separate fluid streams. - The toroidal layout supports stable flow, balanced pressure, and a wide surface area for efficient heat transfer. Innovative Flow Path Design A key feature of this recuperator is the maze-inspired internal channel layout. Both the spherical core and the outer ring incorporate a labyrinthine pathway that deliberately increases the contact time between fluid and heat exchange surfaces. This extended flow path enhances thermal interaction and improves overall efficiency, all while maintaining compact form and structural simplicity. Design Advantages - 3D Printing Optimized Designed specifically for additive manufacturing, the entire system can be produced as a single unit, eliminating the need for assembly or complex support structures. - High Thermal Efficiency The symmetric radial flow and maze-like channels contribute to heat exchange rates exceeding 90%, meeting demanding aerospace thermal requirements. - Lightweight and Compact With minimal part count and internal hollowness, the system delivers a high strength-to-weight ratio, ideal for spacecraft or satellite integration. - Modular and Scalable The design can be scaled for different mission needs simply by adjusting the sphere and ring dimensions, without altering the core functionality.
- 格式
- Rendering、STEP / IGES
- 分类
- 3D printing、Aerospace、Energy and Power
- 标签
- nasa_cryogenicfluidmanagement
- 数据更新
- 2026-11-04T00:57:47Z