Benyue Liu
[email protected] | MIT | Engineering Design and Advanced Manufacturing
Research topic/area: Assessing and Reducing the Complexity of Hybrid Vehicle Control Software System
[email protected] | MIT | Engineering Design and Advanced Manufacturing
Research topic/area: Assessing and Reducing the Complexity of Hybrid Vehicle Control Software System
[email protected] | MIT | Engineering Design and Advanced Manufacturing
Research topic/area: Design optimization of friction stir welded (FSW) aerospace components
[email protected] | MIT | Engineering Design and Advanced Manufacturing
Research topic/area: The Impact of Massdecompounding on Assessing the Value of Vehicle Lightweighting
Links: http://web.mit.edu/cat2006/www/ | http://msl1.mit.edu/msl/index.shtml
[email protected] | MIT | Engineering Design and Advanced Manufacturing
Research topic/area: Optimal Design of Production Lines
Research interests: Manufacturing Systems Engineering, Operations Research
Other interests: Soccer, Music
Links:http://web.mit.edu/chuanshi/www/, http://web.mit.edu/manuf-sys/www/
[email protected] | MIT | Engineering Design and Advanced Manufacturing
Research topic/area: Multi-stakeholder decision-making, Health care innovation diffusion, Linguistic framing, Semantic analysis techniques
[email protected] | MIT | Engineering Design and Advanced Manufacturing
Research topic/area: Capturing Uncertainityin Biofuels for Transportation. Resolving Environmental Performance and Enabling Improved Use
[email protected] | MIT | Engineering Design and Advanced Manufacturing
Research topic/area: Cost Model of Joining Technologies and Assembly of EV Battery Pack
[email protected] | MIT | Engineering Design and Advanced Manufacturing
Research topic/area: Decision-Making in Engineering Design
Research interests: Product development and the design process in general; Energy systems; Mechanics of materials
Other interests: Kayaking; Rock climbing; Tae Kwon Do
[email protected] | MIT | Engineering Design and Advanced Manufacturing
Research topic/area: Technology Decisions in Paint: Examining Tradeoffs in Economic and Environmental Costs
[email protected] | MIT | Engineering Design and Advanced Manufacturing
Research topic/area: Environmental Assessment of ICT Products
[email protected] | MIT | Engineering Design and Advanced Manufacturing
Research topic/area: The Effect of a Secondary Metals Market on Price Volatility
[email protected] | MIT | Engineering Design and Advanced Manufacturing
Research area/topic: Prof. David Wallace’s CadLab, Cork Composite Project. The team is working to develop new uses for cork composite, specifically in the direction of materials for wind turbine blades. We began by characterizing cork composite made from cork and epoxy resin, and have moved on to fabrication techniques. Cork composite has the possibility to be a good choice for wind turbine blades because it is light, strong and can be cast into many different geometries.
[email protected] | MIT | Engineering Design and Advanced Manufacturing
Research topic/area: Electronic Waste Recycling
Communications/Conference presentations:
[email protected] | MIT | Engineering Design and Advanced Manufacturing
Research topic/area: The Impact of Competitive Learning on Technology Choice in Electric Vehicle Battery Assembly
[email protected] | MIT | Engineering Design and Advanced Manufacturing
Research topic/area: Electronic Waste Export Investigations
[email protected] | MIT | Engineering Design and Advanced Manufacturing
Research topic/area: Costs and benefits of reducing vehicle weight
[email protected] | MIT | Engineering Design and Advanced Manufacturing