session 3

Title

Space Elevator Feasibility and Technology

Description

A visionary, far future concept that has received particular attention during the past two decades is that of the “Space Elevator” – a space access option that might, if successfully developed, enable extremely large-scale access to space at a low marginal cost. However, there remain numerous conceptual and technologically challenges that must be overcome before the Space Elevator can be deemed technically feasible, or economically viable. In support of an ongoing IAA study group, this session will encompass the identification of key technologies for the Space Elevator concept, examine the TRLs (technology readiness levels) of these, and consider the likely challenge and uncertainties in research and development (R&D) efforts focused on the Space Elevator. The session also invites reports on relevant recent R&D results, and will identify possible development strategies for space elevators and tethers.

Date

2012-10-04

Time

10:15

Room

TS04 (Sala Antares, Hall 2)

IPC members
papers

Order

Time

Paper title

Selection result

Mode

Presentation status

Speaker

Affiliation

Country

1

Cosmic Study Overview – Space Elevator Feasibility

accepted

15'

confirmed

Dr. Peter Swan

SouthWest Analytic Network

United States

2

The Law of the Space elevator -- The relationship to the Law of the Space, the Sea and the Sky

accepted

15'

confirmed

Prof. Sunao Kai

Nihon University

Japan

3

Space Elevator Roadmap 2012

accepted

15'

confirmed

Mr. Akira Tsuchida

Earth-Track Corporation

Japan

4

Space Elevator CONOPS Initial Thinking

accepted

15'

confirmed

Mr. Robert E Penny

Cholla Space Systems

United States

5

Space Elevator Design Aspects for the Environment

accepted

15'

confirmed

Dr. Peter Swan

SouthWest Analytic Network

United States

6

Benefits and Development of a High Stage One for the Space Elevator

accepted

15'

confirmed

Dr. John Knapman

United Kingdom

7

The Interaction of a Conducting Space Elevator with Magnetic and Electric Fields in the Near-Earth Space Plasma

accepted

15'

confirmed

Dr. Anders Jorgensen

New Mexico Tech

United States

8

On the deployment of a subsatellite in a space elevator system

accepted

15'

confirmed

Dr. Mehdi Keshmiri

Isfahan University of Technology

Iran

9

MOTION OF THE SPACE ELEVATOR AFTER THE RIBBON RUPTURE

accepted

15'

confirmed

Prof. Vladimir S. Aslanov

Samara National Research University (Samara University)

Russian Federation

10

Producing a Space Elevator Tether using a NEO: A Preliminary Assessment

accepted

15'

confirmed

Mr. Andreas Hein

Technische Universität München

Germany

11

Orbital ‘sling’ for LEO to GEO mass transfer

accepted

15'

withdrawn

Dr. Andrew Meulenberg

Universiti Sains Malaysia

Malaysia

12

MEO Tethers Enabling Low-Cost Orbital Access

accepted

15'

confirmed

Mr. Roger X. Lenard

LPS

United States

13

Deflection Of Tumbling Asteroids By Means Of Sun Oriented Tethers

accepted

15'

confirmed

Dr. Nahum Melamed

The Aerospace Corporation

United States