Over a remarkable career spanning nearly six decades at the Institute, Connor was a prolific scholar and highly respected mentor to several generations of students, many of whom now hold notable positions in academia and industry around the world. His earliest research contributed to the pioneering numerical methods widely used today in structural engineering, such as the finite element method, and was also an early pioneer of the boundary element method. In addition, Connor was the lead proponent of the technical discipline referred to as motion-based design, which is based on limiting displacements against earthquake effects by means of structural control. His leadership role in the application of numerical methods to structural engineering led to significant advances in the numerical simulation of structural and material behavior. 'He was well-known for his intellectual leadership, exceptional dedication to the department, and extraordinary mentoring of students, faculty, and...
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