ANNOUNCING THE JOURNAL OF MECHANICAL DESIGN 2018 REVIEWER AWARDS
It is my great pleasure to announce the recipients of two categories of 2018 Journal of Mechanical Design (JMD) reviewer awards.
AUTOMATED DESIGN OF ENERGY EFFICIENT CONTROL STRATEGIES FOR BUILDING CLUSTERS USING REINFORCEMENT LEARNING


From smartphones to electric cars, lithium-ion batteries allow us power our favorite devices. When used in our homes, they allow us to store cheap electricity for later use.