Add to ORKGPresented in this report are the results of data analysis of shuttle-based microgravity flight experiments. Potential factors were identified in the previous grant period, and in this period 26 factors were selected for data analysis. In this project, the degree of success was developed and used as the performance measure. 293 of the 391 experiments in Lewis Research Center Microgravity Database were assigned degrees of success. The frequency analysis and the analysis of variance were conducted to determine the significance of the factors that effect the experiment success
Whether on Earth or in space, people tend to work more productively in settings designed for efficie...
This study investigates the unique properties and applications of microgravity in the context of spa...
As the number of acceleration sensitive experiments to be carried on each Shuttle or Space Station m...
The identification of key factors that influence the nonsuccess of experiments conducted under micro...
In microgravity, even minute forces can affect experiments: therefore, investigators need to know th...
Parabolic flight allows researchers to conduct several micro-gravity experiments, each with up to 20...
The results of the first year of a three year study of the effects of microgravity on human performa...
After making an analysis of experimental error sources, statistical models were developed for the de...
Measuring human performance in a microgravity environment will aid in identifying the design require...
The purpose of this experiment, selected to fly on the International Microgravity Laboratory (IML-2)...
BACKGROUND: The aim of this investigation into the performance and reliability of Russian cosmon...
The following are discussed in this viewgraph presentation on developing flight experiments for NASA...
NASA\u27s Reduced Gravity Student Flight Opportunities Program (RGSFOP) conducted at Johnson Space C...
Probability of mission success by trajectory optimization for translunar space flight
Activities are documented of the study to determine skills required of on-orbit crew personnel of th...
Whether on Earth or in space, people tend to work more productively in settings designed for efficie...
This study investigates the unique properties and applications of microgravity in the context of spa...
As the number of acceleration sensitive experiments to be carried on each Shuttle or Space Station m...
The identification of key factors that influence the nonsuccess of experiments conducted under micro...
In microgravity, even minute forces can affect experiments: therefore, investigators need to know th...
Parabolic flight allows researchers to conduct several micro-gravity experiments, each with up to 20...
The results of the first year of a three year study of the effects of microgravity on human performa...
After making an analysis of experimental error sources, statistical models were developed for the de...
Measuring human performance in a microgravity environment will aid in identifying the design require...
The purpose of this experiment, selected to fly on the International Microgravity Laboratory (IML-2)...
BACKGROUND: The aim of this investigation into the performance and reliability of Russian cosmon...
The following are discussed in this viewgraph presentation on developing flight experiments for NASA...
NASA\u27s Reduced Gravity Student Flight Opportunities Program (RGSFOP) conducted at Johnson Space C...
Probability of mission success by trajectory optimization for translunar space flight
Activities are documented of the study to determine skills required of on-orbit crew personnel of th...
Whether on Earth or in space, people tend to work more productively in settings designed for efficie...
This study investigates the unique properties and applications of microgravity in the context of spa...
As the number of acceleration sensitive experiments to be carried on each Shuttle or Space Station m...