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Colorado postdoc opening in fluid dynamics offers competitive salary; role focuses on doubly‑diffusive systems and high‑performance computing, attracting
A postdoctoral research associate position in fluid dynamics opened at the University of Colorado Boulder, offering a competitive salary and a two‑year term to study doubly‑diffusive systems such as salt‑finger convection in oceans [1]. The hire strengthens the department’s applied‑math faculty and supports high‑performance computing research that underpins many engineering and geophysical models.
| At a glance | |
|---|---|
| Position | Postdoctoral Research Associate in Fluid Dynamics |
| Term | Minimum 2 years, extendable to 3 years |
| Focus | Doubly‑diffusive systems, salt‑finger convection |
| Salary | Competitive (exact figure not disclosed) |
The appointment will involve developing and simulating asymptotic models, comparing them with full‑scale simulations, and conducting high‑performance computing experiments [1]. Candidates are expected to have a Ph.D. in geophysical fluid dynamics, applied mathematics, or computer science, and experience with Python, C++, or Fortran for large‑scale turbulence simulations [1]. The position also includes undergraduate teaching duties and requires a federal background clearance for lab access [1].
CU Boulder’s Department of Applied Mathematics, ranked 14th nationally by U.S. News & World Report in 2018, hosts 23 tenured faculty, 10 full‑time instructors, and over 70 graduate students [1]. The department’s research spans computational, physical, and biological mathematics, with notable faculty achievements including multiple fellows of the Society for Industrial and Applied Mathematics and Guggenheim Fellowships [1]. The new postdoc will join a vibrant community that contributes to a broad range of fluid‑dynamics applications, from aerospace to climate modeling [3].
The hire underscores the growing demand for expertise in high‑performance fluid‑dynamics simulations, a skill set that fuels advances across scientific and engineering domains.
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AI-assisted synthesis by the TrendWatcher Editorial Desk · sourced from 3 outlets · Jul 1, 2026 · How we report
A fluid lacks a shear modulus and cannot resist shear stress, whereas a solid responds to shear stress with a restoring force or requires initial stress to deform.
Total body water is divided into intracellular fluid (about two-thirds) and extracellular fluid (about one-third), with the extracellular portion further split between interstitial and intravascular spaces.
No, the term fluid in physics encompasses both liquids and gases, while in medicine it refers specifically to liquid constituents of the body.