Ioana Cozmuta

NASA-Ames Research Center, STC, Space Portal, Industry Innovation and Microgravity Lead

Stanford University, School of Medicine, Alumna

California Institute of Technology, Chemistry, Alumna

University of Groningen, Applied Physics, Zernike Institute for Advanced Materials, Alumna

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Work hard, Create, Inspire, Dream, Live kindly! Isn't life too short to waste it on anything other than what creates deep values and meanings? Global impact can be achieved through innovation, not of any kind but innovation from the edge of space. I actively work to connect the value of space and space technologies with terrestrial problems. I'm a thought leader who supports the commercial space industry and government to create a robust economy in Earth’s orbits through the principle of "From Earth to Space and Back". I have a broad technical background (Ph.D. in Physics@University of Groningen, the Netherlands; Computational Chemistry@Caltech and biotech@Stanford Genome Technology Center), have been a featured TedEx “Future Spoiler” and have written over 70 technical publications.

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Papers by Ioana Cozmuta

Uncertainty Quantification and Statistical Engineering for Hypersonic Entry Applications

Introduction: The 5th Ablation Workshop and Beyond

Experimental Data Need for High-Fidelity Material-Response Models

A Gas-Surface Interaction Model based on Accelerated Reactive Molecular Dynamics for Hypersonic Conditions including Thermal Conduction

Ablation Test-Case Series #3. Numerical Simulation of Ablative-Material Response: Code and Model Comparisons

by Tom van Eekelen and Ioana Cozmuta

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Presentation of the 2011 FIAT Baseline Results

Molecular mechanisms of gas surface interactions in hypersonic flow

39th AIAA Thermophysics Conference, 2007

Definition of Ablation Test-Case Series #3

by Tom van Eekelen and Ioana Cozmuta

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Perspective on ReEntry Breakup Recorder Derived Concepts for Small Payload Flight Experiments

by Ioana Cozmuta and Prabhakar Subrahmanyam

44th AIAA Thermophysics Conference, 2013

Ablation Test-Case Series #2. Numerical Simulation of Ablative-Material Response: Code and Model Comparisons

Advanced Supercomputing Division STC/NASA Ames, Moffett Field, CA Ioana.Cozmuta@nasa.gov

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Radon generation and transport : a journey through matter

Proposed Analysis Process for Mars Science Laboratory Heat Shield Sensor Plug Flight Data

ABSTRACT

Ablation test-case series 2

by Tom van Eekelen and Ioana Cozmuta

Presentation of the 2011 Ablation Test Case

Proposed inter-code calibration test cases for the 5th AF/SNL/NASA Ablation Workshop, in 2012

Introduction to the 5th Ablation Workshop

Experimental test-case

Numerical Simulation of Ablative-material Response - Code and Model Comparisons: Ablation Test-case Series 3

Simulation of Gas-Surface Interactions Using ReaxFF Molecular Dynamics: Oxygen Adsorption on Platinum

10th AIAA/ASME Joint Thermophysics and Heat Transfer Conference, 2010

Modeling Air-SiO2 Surface Catalysis Under Hypersonic Conditions with ReaxFF Molecular Dynamics

10th AIAA/ASME Joint Thermophysics and Heat Transfer Conference, 2010

Ioana Cozmuta

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