session 3
Modern Day Space Elevators Entering Development
- type
oral
- Description
The term “Modern Day Space Elevator – 2021” describes how we have matured through eight Space Elevator architectures described by David Raitt in his Quest Magazine article (2021). This session will have two areas of focus: 1) Recognition of engineering successes leading to the engineering development phase. This portion of the session will focus on recent engineering activities such as: a. tether climber – tether material interface and design considerations b. development of a gold standard of systems dynamics c. progress in the multi-stage approach d. engineering considerations for the Earth Port e. material development for the tether 2) Assessment of the customer needs for growth off planet and enhancement at Geosynchronous orbits. This portion will assess the vast capabilities of the Modern Day Space Elevator (massive movement of cargo, green road to space and permanent infrastructure) and describe how these will enable missions of VAST IMPORTANCE to humanity (saving the planet with Space Solar Power, Mars Colony, Moon Village, and missions to outer planets).
- Date
2022-09-19
- Time
- Room
- IPC members
Co-Chair: Dr. Peter Swan, Space Elevator Development Corporation, United States;
Co-Chair: Dr. Yoji Ishikawa, Obayashi Corporation, Japan;
Rapporteur: Prof. Fumihiro Inoue, Shonan Institute of Technology, Japan;
Order | Time | Paper title | Mode | Presentation status | Speaker | Affiliation | Country |
---|---|---|---|---|---|---|---|
1 | 15:00 | KEYNOTE: Space Elevators as a Transformational Leap For Human movement off-planet | 9 | confirmed | Dr. Peter Swan | International Space Elevator Consortium | United States |
2 | 15:09 | Space elevators for resource utilization in the solar system | 9 | confirmed | Dr. Yoji Ishikawa | Obayashi Corporation | Japan |
3 | 15:18 | Dual Space Access: An Evolutionary Step Towards Humankind’s Movement Off-Planet | 9 | confirmed | Dr. Peter Swan | International Space Elevator Consortium | United States |
4 | 15:27 | Space Elevator tether materials: An overview of the current candidates | 9 | confirmed | Dr. John Knapman | International Space Elevator Consortium (ISEC) | United Kingdom |
5 | 15:36 | 9 | Mr. Takeyuki Fukazawa | Japan | |||
6 | 15:45 | 9 | confirmed | Dr. John Knapman | International Space Elevator Consortium | United Kingdom | |
7 | 15:54 | 9 | Mr. AMIT BHOYAR | Politecnico di Torino | India | ||
8 | 16:03 | Space Elevator Climber Dynamics Analysis and Climb Frequency Optimisation | 9 | confirmed | Mr. Peter Robinson | International Space Elevator Consortium | United Kingdom |
9 | 16:12 | Space Elevator Transportation System Development Enables many Missions. | 9 | confirmed | Mr. Michael Fitzgerald | International Space Elevator Consortium | United States |
10 | 16:21 | The Study of Direct, Planetary Insertion Orbits from Space Elevators | 9 | confirmed | Mr. Gene Luevano | Arizona State University | United States |
11 | 16:30 | 9 | confirmed | Ms. Momoe Terata | Shonan Institute of Technology | Japan | |
12 | 16:39 | Cislunar Orbital Transportation Study of Space Elevator Apex Anchor Releases | 9 | confirmed | Mr. Daniel Griffin | Royal Institute of Technology (KTH) | Sweden |
13 | 16:48 | 9 | confirmed | Dr. Francisco Salazar | National Institute for Space Research - INPE | Brazil | |
14 | 16:57 | Hexagonal prisms structure for tether used for space elevator. | 9 | confirmed | Mr. Abhishek singh | National Space Society (USA) -Mumbai chapter | India |
15 | 17:06 | Space Elevator Tether Atmospheric Wind Loading and a Cable Lift Concept | 9 | confirmed | Mr. Peter Robinson | International Space Elevator Consortium | United Kingdom |
16 | 17:15 | Looped Partial Space Elevator with Multiple Climbers – Concept Study | 9 | Prof. George Zhu | York University | Canada |