Automotive/Transportation
This design introduces an innovative, bio-inspired thermal management system by embedding microchannels directly within the outer shell of the aerodynamic vehicle. The coolant flows through a honeycomb-patterned microchannel network, enabling the shell to serve as both the structural and thermal interface with the environment. This dual-purpose approach significantly reduces system weight,
CabiBUS is an RoboStaxi for low cost door-to-door public transportation offering private cabins that makes it safe and comfortable for all passengers to share rides with strangers.
Cities all over the world have problems with traffic congestions and pollution, mainly because too many cars on the streets.
PROBLEM:
Salt and other chemicals rust undercarriage components. Car-bottom rust is dangerous and expensive. The undercarriage is vulnerable to damage due to lack of care. Salt and mud damage is a safety issue -- many undercarriage components cannot be rustproofed. The greatest need for non-collision car repair results from preventable undercarriage rust.
Summary: This low SWaP-C electronic sextent is a vital tool for commercial shipping vessels and airliners as a backup or co-sensor to navigate in regions with disrupted GPS signal. As long as the sky is clear, this device provides continuous position estimation of < 1 nautical mile on a moving platform anywhere in the world.
The major breakthroughs in internal combustion engine technology have been around optimizing the breathing capacity of an engine. However, the breathability has reached a saturation point, resulting in no recently significant improvements in engine performance. This plateau is largely due to the size of the intake and exhaust valves being constrained by the bore of the cylinder.
Executive Summary:
This proposal introduces a groundbreaking, low-cost, and sustainable alternative to conventional electric hybrid systems. By using compressed air instead of batteries, this regenerative system drastically reduces complexity and environmental impact. A reversible piston unit stores braking energy as compressed air and reuses it to assist vehicle startup. It is a recyclable,
I am applying for a grant to further develop the Detachable Motor System (DMS) for Skateboards—a project that began as my senior design at NYU Tandon School of Engineering. My team has agreed I may continue this work, recognizing its strong potential for urban mobility and green energy advancement.
Project Description and Importance
The DMS is a pioneering,
DOWSILTM TC-6040 is developed as 2-part thermal encapsulant with highest thermal conductivity 4W/mK to boost thermal dissipation in EV powertrain, which has been commercialized and formally launched in 2024.
With the fast-growing market of EV globally, the power electronics are rising focus on higher power energy design due to required faster charging and higher energy battery.
The idea is to have pipelines running along the chassis of a vehicles. One end of the pipeline is connected to the drain holes of the engine, etc. The other end of the pipeline is attached to valves. The valves and the outlets of the pipelines are located along the perimeter of the vehicles. By doing so,
The idea is to have magnets attached to the tire frames and metal (copper) wiring running though the axles. When driving, the electricity is generated from the spinning tires and sent to the battery. By doing so, the car battery is continuously charged while the car is running and significantly longer driving distance can be achieved.
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