At the Vortex Transport Lab, we offer a variety of Master Theses that can prepare students on hard and soft skills to enter the industry at a higher level. A typical thesis involves the following steps: (i) a hypothesis or problem definition, (ii) literature review, (iii) first principles analysis, (iv) project development, (v) Thesis document and presentation, and (vi) AIAA paper submission/presentation (Optional but highly desired).
The projects come with the following flavors:
- Single or Combo: they can be theoretical, experimental, numerical, or a combination thereof.
- Interdisciplinary: Topics may involve a subset of Aerodynamics, design, structures, control, manufacturing, and testing among other areas.
- Multiphysics: The research may cover more than interaction are that includes fluid mechanics, thermal, chemical/combustion, electromagnetics, structures, aeroelasticity, etc.
Current available Research Topics are:
- G1: Space Extinguisher
- G2: Active Vortex Flow Control
- G3: Engine-Nacelle Flow Control
- B1: DNS of Vortex Generators (VGs) with Leading-Edge Jets
- B2: DNS of a pendulum
- B3: DNS of a plume in a descending environment: Covid-19 propagation.
- B4: Effect of acceleration on a jet.
- OPT: Suggested topic by students.
If you are interested to work or know more about any of the topics, please contact us:
- Bob Breidenthal – Professor: breident@aa.washington.edu
- Giovanni Nino – Affiliate Associate Professor: gnino@uw.edu
Recent Projects
Flow Control
Vortex Control Flow Vis.
Plasma actuators
Additive Manufacturing Sensors + Structures
Wind Tunnel Testing
Serrated Wing TE
Giovanni’s Topics:
- G1 – Space Extinguisher
- G2 – Active Vortex Flow Control
- G3 –Engine Nacelle Flow control
Bob’s Topics:
- B1: DNS of VG’s with Leading-edge jets
- B2: DNS of a Pendulum
- B3: DNS of a plume in a descending environment: Covid-19 propagation.
- B4: Effect of acceleration on a jet.