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    • Acoustics
      • Acoustic Cloaking Through MEMP Design
      • Anechoic Chamber
      • Energy Intensity Boundary Element Method
      • Multi-Element Multi-Path Design
      • Reflection and Transmission from Elastic Barriers
    • Aerodynamics
      • Hybrid Wind Turbine Wake Simulation
      • Turbine Wake Steering
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Research

  • Acoustics
  • Aerodynamics
  • Pratt Fellow Projects

Research Overview

Acoustics

Acoustic Cloaking Through MEMP Design

Acoustic scattering is used in both communication and detection of submerged structures such as submarines.

Anechoic Chamber

Constructed in 1994 by Willam Clayton, the chamber offers an acoustically isolated testing facility with highly absorptive walls for students and faculty to use.

Energy Intensity Boundary Element Method

The distribution of acoustic energy within an enclosure is directly influenced by structural design.

Multi-Element Multi-Path Design

Simple lightweight and flexible structures act as building blocks for larger more intricate systems.

Reflection and Transmission from Elastic Barriers

This work develops models for the coupled structural-acoustic vibration of boundaries that reflect and transmit sound.

Aerodynamics

Hybrid Wind Turbine Wake Simulation

A wind turbine wake is a highly diffusive vortex flow field.

Turbine Wake Steering

Wind turbines placed within a wind farm are prevented from being too close because of the so-called wake shielding problem, which occurs when less energetic wakes coming off upstream turbine impinges on the downstream turbines.

Pratt Fellows

Pratt Fellow Projects

Summary of recent Pratt Fellows Projects

Bliss Lab

Hudson Engineering Hall, Room 170

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  • Research
    • Acoustics
      • Acoustic Cloaking Through MEMP Design
      • Anechoic Chamber
      • Energy Intensity Boundary Element Method
      • Multi-Element Multi-Path Design
      • Reflection and Transmission from Elastic Barriers
    • Aerodynamics
      • Hybrid Wind Turbine Wake Simulation
      • Turbine Wake Steering
    • Pratt Fellow Projects
  • People
    • Alumni
  • Publications
  • News
  • Contact