Unlock your academic potential and expand your network by joining us!

Bhuiyan Shameem Mahmood Ebna Hai

Dr. Bhuiyan Shameem Mahmood Ebna Hai

Wissenschaftliche Mitarbeiter

Share Link

Share

Information

Bhuiyan Shameem Mahmood Ebna Hai is a postdoctoral fellow at the Helmut Schmidt University-University of the Federal Armed Forces Hamburg, Germany. He holds a PhD (Dr.-Ing.) in Mechanical Engineering from the Helmut Schmidt University (Germany). Shameem is an engineering mathematician interested in theories of fluid dynamics, structural dynamics, multi-physics coupled problems, and numerical simulation techniques. His particular focus is on mathematical modelling and finite element approximation of coupled multi-physics problems. In his PhD, Shameem explores the development of mathematical model for active/passive SHM systems, including efficient monolithic solution algorithm. Currently, he analyzes the effects of FSI and UGWs testing on multilayer composite material with an ultimate goal of development of noise detection system for use in SHM systems.

Research Keywords & Expertise

Finite Element Analysi...
Fluid-Structure Intera...
Wave Propagation
mathemathical modellin...
Structure health monit...

Fingerprints

62%
Fluid-Structure Interaction
62%
Wave Propagation
45%
Structure health monitoring

Short Biography

Bhuiyan Shameem Mahmood Ebna Hai is a postdoctoral fellow at the Helmut Schmidt University-University of the Federal Armed Forces Hamburg, Germany. He holds a PhD (Dr.-Ing.) in Mechanical Engineering from the Helmut Schmidt University (Germany). Shameem is an engineering mathematician interested in theories of fluid dynamics, structural dynamics, multi-physics coupled problems, and numerical simulation techniques. His particular focus is on mathematical modelling and finite element approximation of coupled multi-physics problems. In his PhD, Shameem explores the development of mathematical model for active/passive SHM systems, including efficient monolithic solution algorithm. Currently, he analyzes the effects of FSI and UGWs testing on multilayer composite material with an ultimate goal of development of noise detection system for use in SHM systems.