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Decompression Sickness: Case Study of Identification of Knowledge and Disposition Gaps Using Principles of Continuous Risk Management
No abstract available
A Comprehensive and Rigorous Approach to Risk Management: NASA Case Study
No abstract available
Composite Pressure Vessel Ground Processing Hazards and Risk Management at KSC
No abstract available
Maximizing Organisational Efficiency through Effective Risk Management Frameworks
No abstract available
Free Launch with Manageable Risk: Challenges of Integrating Dual Spacecraft
No abstract available
NASA's Lessons from Loss: Managing Risk for Bold New Missions and Building on a Unique Safety Culture
No abstract available
Advance Noise Control Fan II: Test Rig Fan Risk Management Study
Since 1995 the Advanced Noise Control Fan (ANCF) has significantly contributed to the advancement of the understanding of the physics of fan tonal noise generation. The 9'x15' WT has successfully tested multiple high speed fan designs over the last several decades. This advanced several tone noise reduction concepts to higher TRL and the validation of fan tone noise prediction codes.
Risk Management at NASA and Its Applicability to the Oil and Gas Industry
No abstract available
Risk Management at NASA and Its Applicability to the Oil and Gas Industry
No abstract available
Risk Management at NASA and Its Applicability to the Oil and Gas Industry
No abstract available
Aerospace Systems "A Risky Business" Understanding the Need for a Mature Risk Management Framework
No abstract available
Cassini Operational Sun Sensor Risk Management During Proximal Orbit Saturn Ring Plane Crossings
NASA's Cassini Spacecraft, launched on October 15th, 1997 which arrived at Saturn on June 30th, 2004, is the largest and most ambitious interplanetary spacecraft in history. As the first spacecraft to achieve orbit at Saturn, Cassini has collected science data throughout its four-year prime mission (2004–08), and has since been approved for a first and second extended mission through 2017. As part of the final extended missions, Cassini will begin an aggressive and exciting campaign of high inclination, low altitude flybys within the inner most rings of Saturn, skimming Saturn’s outer atmosphere, until the spacecraft is finally disposed of via planned impact with the planet. This final campaign, known as the proximal orbits, requires a strategy for managing the Sun Sensor Assembly (SSA) health, the details of which are presented in this paper.
Risk Management at NASA and Its Applicability to the Oil & Gas Industry
No abstract available