session 3
Conceptualizing Space Elevators and Tethered Satellites
- type
oral
- Description
The development of a system concept for space elevators [and tethered stallites] requires systems engineering and architecture approaches. IAA study (3-24) entitled "Road to Space Elevator Era" is pulling together initial steps for a new look at space elevators. This study will show how to approach mega-projects with engineering dicipline leading to the initial phase of a program - Concept Development. The members of the study are all focusing on the early engineering and operational steps towards an operational capability, such as defining the missions and laying out the top-level requirements. This session will suggest strategies to illustrate the space elevator development leading to a phenomenal low cost to space infrastructure. In addition, the session can accept the strategies to leverage space tethers as a viable tool for space systems.
- Date
2017-09-28
- Time
- Room
- IPC members
Co-Chair: Dr. Peter Swan, Space Elevator Development Corporation, United States;
Co-Chair: Mr. Akira Tsuchida, International Academy of Astronautics (IAA), Japan;
Rapporteur: Mr. Robert E Penny, Cholla Space Systems, United States;
Order | Time | Paper title | Mode | Presentation status | Speaker | Affiliation | Country |
---|---|---|---|---|---|---|---|
1 | 10 | confirmed | Dr. Peter Swan | International Space Elevator Consortium | United States | ||
2 | Critical Technologies for Space Elevator’s GEO Nodes, Earth Port, Gates and Communications | 10 | confirmed | Dr. Yoji Ishikawa | Obayashi Corporation | Japan | |
3 | Suggestions of Research Areas and Future Experiments - Status Report of IAA SG3.24 | 10 | confirmed | Mr. Yuto Suzuki | Japan Manned Space Systems Corporation | Japan | |
4 | Verification of Space Elevator Technologies; Present Status and Future Plan in Japan | 10 | confirmed | Prof. Yoshiki Yamagiwa | Shizuoka University | Japan | |
5 | Development and Driving Experiment of Climber Mechanism for Heavy Load in Space Elevator | 10 | confirmed | Prof. Fumihiro Inoue | Shonan Institute of Technology | Japan | |
6 | 10 | confirmed | Mr. Kenji Nakashima | Japan | |||
7 | 10 | confirmed | Mr. Vadym Pasko | Yuzhnoye State Design Office | Ukraine | ||
8 | Space Elevator GEO Node, Apex Anchor, and Communications Architecture | 10 | confirmed | Mr. Robert E Penny | Cholla Space Systems | United States | |
9 | 10 | confirmed | Mr. Tomohiro Kakuta | Nihon University | Japan | ||
10 | MEO Tethered Space Elevator System Architecture Feasibility Study | 10 | withdrawn | Mr. Anders Cavallini | International Space University | France | |
11 | Conceptual Design and Technology Roadmap for a Lunar Space Elevator | 10 | confirmed | Mr. Kaveh Razzaghi | Politecnico di Torino - Thales Alenia Space Italia | Italy | |
12 | APPLICATIONS OF A TETHER FIXED IN THE MOON TO MANEUVER SPACECRAFTS. | 10 | confirmed | Mr. Jorge Nascimento | INPE - Natiional Institute for Space Research | Brazil | |
13 | Dynamics Research of Initial Tether Deployment of Lunar Space Elevator | 10 | confirmed | Prof. Xiaohui Wang | Beihang University | China | |
14 | Regarding the Effect of a Climber's Motion on the Tethered Satellite System | 10 | confirmed | Mr. Shun Yokota | Nihon University | Japan | |
15 | 10 | confirmed | Prof. Arun Misra | Mc Gill Institute for Aerospace Engineering (MIAE) | Canada | ||
16 | 10 | confirmed | Mr. Minoru SATO | Tokai University | Japan |