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models for compressible hypersonic flows; implementing new models and numerical schemes into larger, existing hypersonic CFD codebases; performing verification & validation studies for the new models
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the following two research directions: - Electrochemical CO2 reduction: electrocatalyst development; flow reactor design; integrated CO2 capture and reduction. - Electrochemical NOx reduction and building C-N
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the area of analytical aeroacoustics. The position is concerned primarily with the sound of unsteady vortex flows and their interactions with edges. The position requires a PhD in engineering or a
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owners and their pets; a robust comprehension of animal sheltering and One Welfare research; and awareness of current issues in the fields of animal sheltering and pet ownership, particularly those in
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experimental methods for Hypersonic testing facilities • Expertise in one or more optical diagnostics methods for high speed flows • Experience with Hypersonic CFD codes, such as US3D • Proficiency in LabView
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spectroscopy, flow cytometry, or single-cell analysis tools. Competence in bioinformatics tools for model refinement or omics integration. Exempt: Not eligible for overtime Appointment Type Restricted Salary
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proposals and stay current with relevant literature. • Mentoring: Mentor undergraduate students and other early-stage trainees alongside the PI.
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for this position/research statement; current curriculum vitae; and the names of three references. Also please arrange to have three letters of recommendation sent directly to Prof. Steven Flammia stf@vt.edu. Review
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of malignant cell heterogeneity and tumor microenvironment remodeling, we aim to drive the development of novel therapeutic approaches for patients with metastatic cancer. The current focuses in lab include