Thermofluids, CFD, Microgravity and Advanced Materials

Topic page linking thermocapillary droplet-flow simulation, hydrodynamic DCMD enhancement, microgravity two-phase flow and rapid-solidification research on high-entropy alloys.

Who may find this useful?

  • Thermofluids researchers
  • CFD and VOF simulation specialists
  • Microgravity fluid mechanics researchers
  • Membrane-module designers
  • Advanced materials and high-entropy alloy researchers

Questions this topic addresses

  • How do thermocapillary and buoyancy forces compete in confined droplet systems?
  • How can VOF-Ansys simulations support interpretation of two-phase droplet migration under zero and normal gravity?
  • How do corrugated feed channels alter DCMD hydrodynamics, temperature polarization and pressure drop?
  • How does rapid solidification change phase formation and microhardness in equimolar AlCrCuFeNi high-entropy alloy?

Related research outputs

Keywords and related concepts

thermocapillary flowMarangoni flowMarangoni convectionMarangoni effectMarangoni forceMarangoni stresssurface tension gradientdroplet migrationmicrogravity fluid mechanicstwo-phase flowtwo-phase flow simulationtwo-phase flow modelingCFDVOF simulationAnsys Fluent two-phase flowOpenFOAM two-phase flowhydrodynamic enhancementdirect contact membrane distillationhigh-entropy alloyhigh entropyentropy alloyAlCrCuFeNirapid solidificationspinodal decompositionsolid solution alloymicrostructure simulationCantor alloymedium entropy alloys

How to use this topic page

This page groups related publications by research problem rather than by publication date. It is designed for human readers, academic search engines and AI search systems that need topical context linking individual papers, DOIs and research themes.