Development of Inverse Heat Transfer Methods for Reconstructing Aerothermal Entry Environments jobs in United States
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ORAU · 1 month ago

Development of Inverse Heat Transfer Methods for Reconstructing Aerothermal Entry Environments

ORAU is involved in the NASA Postdoctoral Program, offering unique research opportunities to talented scientists. This post-doctoral position focuses on developing and advancing innovative inverse heat transfer methodologies to achieve accurate, efficient post-flight reconstructions of aerothermal entry environments.

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Responsibilities

Develop and advance innovative inverse heat transfer methodologies to achieve accurate, efficient post-flight reconstructions of aerothermal entry environments
Explore solutions that reduce computational demands while improving the reliability and applicability of these techniques for a broader range of scenarios
Apply developed methods to both existing and new flight data

Qualification

Inverse heat transfer methodsUncertainty quantificationMaterials modelingHeat transfer analysisPhD in science

Required

PhD in a science or engineering discipline
Experience in inverse heat transfer methods
Experience in uncertainty quantification
Experience in materials modeling
Citizenship: LPR or U.S. Citizen
Degree: Doctoral Degree

Company

ORAU provides innovative scientific and technical solutions to advance research and education, protect public health and the environment and strengthen national security.

Funding

Current Stage
Late Stage

Leadership Team

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Andy Page
President /CEO
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Scott Miller
President and CEO, ORAU ConScientia
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