“What if engines could whisper secrets of a sustainable future?” That’s the question explored within the walls of 35 Sloan Lab.
Welcome to the 35 Sloan Lab at MIT. It is a hub of innovation. Here, cutting-edge research transforms our understanding of automotive engineering.
The 35 Sloan Lab has a rich history. Professor C.F. Taylor founded it in 1929. Alfred P. Sloan, Jr., CEO of General Motors, provided a grant. It became a leading automotive research laboratory.
Today, the 35 Sloan Lab focuses on making internal combustion engines more sustainable. It combines physics-based modeling with machine learning and experiments. The lab collaborates with leading industrial partners. Together, they push the boundaries of transportation technology.
For over 35 years, the 35 Sloan Lab has been at the forefront of engine lubrication research. Researchers perform experiments. They visualize oil flow in the piston ring pack. They use 2D Laser-induced Fluorescence. They also use a hydrogen floating liner engine. Numerical models and machine learning predict oil consumption. These models also predict oil transport.
The 35 Sloan Lab optimizes piston ring pack designs. They use physics-based models and data-driven approaches. This reduces friction wear. The lab develops software for lubrication performance prediction. They define design guidelines. These guidelines achieve optimal lubrication and sealing performance. They aim for a healthy system.
The 35 Sloan Lab tackles the toughest challenges in engine lubrication. They use experimental results and powerful predictive models. This contributes to a more sustainable future. The lab also expands its research. They apply their modeling expertise to other areas. These areas include electricity price prediction and Li-batteries.
The 35 Sloan Lab isn’t just about engines. It is about innovation. It is about creating a better future. In Building 35 you can also find a lecture hall. The lecture hall has been reoriented into a linear, tiered 94-seat space. Exceptional AV capabilities enhance presentations. Natural light fills the space. Acoustically controlled mechanical systems ensure a comfortable environment. The design significantly expanded the display wall. It also improved sight lines from all seats.
As you leave 35 Sloan Lab, remember its mission. Sustainable transportation. Innovative research. A commitment to a better world. Perhaps you will be a part of this progress.