Energy Saving & Reliablity

Energy Saving


Project: Development of a 21 Ton Electric Excavator, Co-PI (2012-2016) 

Modeling of electro-hydraulic (EH) systems for an electric excavator

Design control algorithms using the IMV (Independent Metering Valve) with flow regeneration modes for energy saving

Performance and durability tests of electro-hydraulic valve modules for an electric excavator using the hardware-in-the loop simulations (HILS)

Project: Development of a Rock-Drill Attachment System, PI (2012-2014) 

Development of simulation model for rock-drill drifter and analysis of percussion performance 

Experimental validation of a percussion performance and duraiblity for rock-drill drifter

Other Projects Related to Reliability Engineering

- Load-Sensitive Control & Hydraulic Tension System Application 220 Ton/Hr Mobile Crusher Development, Co-PI (2014-2016) 

- Development of Garlic and Onion Harvesting Machine With Integrated Work System, Co-PI (2015-2016) 


- Development of Load Evaluation and Assessment Technology For The Systems Under Extreme Environment, Co-PI (2015-2016) 

Design of reliability test codes for main hardware components of mobile crusher, garlic and onion harvesting machine, and wind turbine's gear box

Conduction of reliability tests 


Department of Automotive, Mechanical and Manufacturing Engineering

Ontario Tech University

2000 Simcoe St N, Oshawa, ON L1H 7K4 

Tel 905.721.8668 ext. 7341

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