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Filtering by: Committee Member Kopriva, David Keyword high-order methods

A High-Order Computational Framework for Simulating Flows around Rotating and Moving Objects

Description:

Fluid flows around rotating and moving objects are ubiquitous in engineering applications. For example, the bubbly flow around a marine propeller, the high-speed airflow in a turbojet engine. To simulate these flows, there are two major challenges: accurate capturing of vortical flow structures...

Author:

Zhang, Bin

Keyword:

spectral difference method, rotating flow, sliding mesh, high-order methods, and dynamic grids

GW Unit:

Mechanical & Aerospace Engineering

Degree:

Ph.D.

Advisor:

Liang, Chunlei

Committee Member(s):

Larsson, Johan, Kopriva, David, Gupta, Murli, Garris, Charles, and Plesniak, Michael

Resource Type:

Thesis or Dissertation