Mizzou Engineering team discovers method to control sound waves in the fourth dimension

Mizzou Engineering team discovers method to control sound waves in the fourth dimension

Professor Guoliang Huang and graduate student Hui Chen show off the three-dimensional structure they created to observe audio waves in the fourth dimension. Using a type of material that conducts electricity on the edges while insulating the inside, a Mizzou Engineering team has discovered a way to control sound waves beyond our three-dimensional environment. Guoliang [...]
Lessening Noise Pollution Through Metamaterials

Lessening Noise Pollution Through Metamaterials

Those working in open office spaces may someday have a little more privacy, thanks to a new wall partition in the works at Mizzou Engineering. Guoliang Huang, James C. Dowell Professor in the Department of Mechanical and Aerospace Engineering (MAE), is researching the best acoustic metamaterials and structure component to create a new, thin, sound-proof […]

Mizzou Engineering hosts prestigious AmeriMech Symposium

Mizzou Engineering hosts prestigious AmeriMech Symposium

Mizzou Engineering, in conjunction with the National Academies of Sciences, Engineering and Medicine and the U.S. National Committee on Theoretical and Applied Mechanics, hosted the AmeriMech Symposium: Non-reciprocal and Topological Wave Phenomena in Solids and Fluids recently.

MU’s Huang lands DOD grant for high-tech imaging device

MU’s Huang lands DOD grant for high-tech imaging device

Guoliang Huang utilized his funds to purchase a high-quality 3D laser vibrometer, the first of its kind to be housed at the University of Missouri. 3D laser vibrometers allow for investigation of a wide array of vibrating systems in a way that does not impact the organism or object being studied.

Paper illustrates how researchers can boost flexural wave sensing

Guoliang Huang, an associate professor of mechanical and aerospace engineering, led an MU research team that published “Enhanced flexural wave sensing by adaptive gradient-index metamaterials” in Scientific Reports. The paper illustrates how the team developed active metamaterials to boost the elastic wave signals in large structures.

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