Manufacuring Process Engineering

The Ohio State University has a long history of engaging in ground-breaking research in Manufacturing Process Engineering. ISE faculty work in areas that cut across traditional disciplines (e.g. materials science, mechanical engineering, chemical engineering) to develop new, or improve existing, manufacturing processes. Since its inception in 1925, Manufacturing Process Engineering has been a core educational and research focus area in the ISE Department.

Scope

As new materials and new products evolve, the methods, machines, equipment, and techniques for economically transforming raw materials into useful shapes, joining new materials into assemblies, and evaluating the critical quality attributes of these products, also need to be discovered and developed. 

Approach

To accomplish this, we use computational modeling and physical experiments to discover and predict the physical and mechanical behavior of materials as they are being transformed during fabrication, shaping, machining, heat treatment, and assembly.  These methods are also used to discover the critical process parameters which control transformation processes, and what range of those parameters are most viable and efficient. Using this knowledge, new processes - and sequences of multiple processes - can be developed, and existing processes significantly improved (reduced cost, effluent, waste, tooling, and time).

Forming and Casting of Lightweight Materials

Forming and Casting of Lightweight Materials

Light Metal Alloy Development

Light Metal Alloy Development

Manufacturing Composites/Nanocomposites

Manufacturing Composites/Nanocomposites

Our research and teaching in Composites/Nanocomposites is a collaboration between Professors Jose M. Castro and Jim Lee (CBE) which has led to development of improved composite material as well as thin nanocomposites films or nano papers.

Micromachining and Precision Engineering

Micromachining and Precision Engineering

Established in 2002 under the leadership of Professor Allen Yi, the research and teaching program in precision engineering is focused on high precision manufacturing processes, particularly optical manufacturing processes.