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Dr. Gao’s research is in the broad area of mechanics of materials and structures with emphasis on numerical modeling and simulation. His primary research effort focuses on modeling the processes of damage and fracture of engineering materials and structures under static and dynamic loadings as well as under environmental influences. In recent years he has worked extensively on developing mechanism-based models to addresses the transferability of fracture criteria from laboratory specimens to structural components. This research bridges the macroscopic continuum mechanics and the microscopic aspects of materials science. The results provide guidelines for safer and more economic design and operation of high-performance of engineering structures and components.
Dr. Gao’s research is in the broad area of mechanics of materials and structures with emphasis on numerical modeling and simulation. His primary research effort focuses on modeling the processes of damage and fracture of engineering materials and structures under static and dynamic loadings as well as under environmental influences. In recent years he has worked extensively on developing mechanism-based models to addresses the transferability of fracture criteria from laboratory specimens to structural components. This research bridges the macroscopic continuum mechanics and the microscopic aspects of materials science. The results provide guidelines for safer and more economic design and operation of high-performance of engineering structures and components.
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AIP ADVANCESno. 1 (2024): 015157-015157-9
EMERGING MATERIALS RESEARCHno. 2 (2024): 1-12
Plastics, Rubber and Composites: Macromolecular Engineering (2024)
CORROSIONno. 10 (2023): 1135-1152
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