6th Annual PIMS Microgravity Environment

Interpretation Tutorial 2003

March 4-6, 2003

 

Section 1:
Microgravity Environment /Acceleration Measurement Program Overview(1.9 mb)

Dave Francisco
Microgravity Environment Program Manager

Section 2:
ISS Planning Overview (1.5 mb)

Kevin DePaola

DO4/Flight Planning Branch
NASA JSC

Section 3:
PIMS Interaction with Principal Investigator Teams (3.5 mb)

Kenol Jules

PIMS Project Scientist

 

Section 4:
Working in a Reduced Gravity Environment: “A Primer ” (9.5 mb)

Kenol Jules

PIMS Project Scientist

Section 5:
Developing microgravity tolerance
specifications (2.3 mb)

Emily Nelson

Computational Microgravity Laboratory

Section 6:
Space Acceleration Measurement Systems
(SAMS) (6.5 mb)

William M. Foster II

Space Acceleration Measurement Systems (SAMS) Project Manager

Section 7:
Basics of Signal Processing (540 k)

Eric Kelly
PIMS Data Analyst

Section 8:
Analysis Techniques for Quasi-Steady Data (1.6 mb)

Eric Kelly
PIMS Data Analyst

Section 9:
Analysis Techniques for Vibratory Data (2.9 mb)

Ken Hrovat
PIMS Data Analyst

Section 10:
Microgravity Environment of Ground- based Facilities
and Non- orbital Flight Platforms (3.7 mb)

Richard DeLombard
Acceleration Measurement Discipline Scientist

Section 11:
Microgravity Emissions Laboratory Facility Overview (5.1 mb)

Anne M. McNelis

Section 12:
PIMS International Space Station Operations (4.6 mb)

Kevin M. McPherson
PIMS Project Manager

Section 13:
How to Access PIMS ISS Acceleration Data (3.9 mb)

Kevin M. McPherson
PIMS Project Manager

Section 14:
Fundamentals of Microgravity Vibration Isolation (1.5 mb)

Dr. Mark Whorton
Principal Investigator for g-LIMIT

Section 15:
Survey of Microgravity Vibration Isolation Systems (7.1 mb)

Dr. Mark Whorton
Principal Investigator for g-LIMIT

Section 16:
Predicting Residual Acceleration Effects on Space Experiments (4.1 mb)

Emily Nelson
Computational Microgravity Laboratory

Section 17:
Impact of the Microgravity Environment on Experiments The Effect of G-Jitter on Fluid Science Experiments (6.8 mb)

Bjarni Tryggvason
Canadian Space Agency

Section 18:
Microgravity Control & Disturbance Predictions for
ISS Payloads (10 mb)

John A. Heese
Microgravity Control Project Lead ZIN Technologies

Section 19:
ISS Microgravity Requirements (2 mb)

Brad Humphreys
Zin Technologies, Inc.

Section 20:
ISS Design Analysis Cycle & Environment Predictions (6 mb)

Brad Humphreys
Zin Technologies, Inc.

Section 21:
Microgravity Acceleration Environment of the
International Space Station
Quasi-steady Regime (1.1 mb)

Eric Kelly
PIMS Data Analyst

Section 22:
International Space Station (ISS)
Measured Vibratory Environment (25.9 mb)

Ken Hrovat
PIMS Data Analyst

Appendix A:
Highlights of the Microgravity Environment
of the NASA Space Shuttle Orbiters (9.1 mb)

Richard DeLombard
Acceleration Measurement Discipline Scientist

 
Miscellaneous

Welcome (52 K)

Course Description (100 K)

Agenda (88 K)

 

Glossary (100 K)

References (60 K)

 

Please contact Kenol Jules, Kenol.Jules@grc.nasa.gov, with any questions,
or if you need additional information about the MEIT.

Kenol Jules
Microgravity Project Scientist
NASA Glenn Research Center
Mail Stop 77-7
21000 Brookpark Rd.
Cleveland, Ohio 44135
Tel: (216) 977-7016
Fax: (216) 433-8660

 

Responsible NASA person:
Kenol Jules
Kenol.Jules@grc.nasa.gov

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