2024
Automotive/Transportation
Todays friction materials for automotive brakes are high volume, high temperature, high pressure produced industrial goods. LiqFric has created a new way to produce automotive brake pads at temperature not exceeding approx. 100°C and showing high performance friction capabilities (µ = 0,45) while reducing the ultra fine particle emission by approx.
The problem to be addressed originates from the inherent deficiencies in traditional pavement monitoring methods for road networks. These methods primarily rely on periodic visual inspections conducted by human personnel, which present significant limitations. Firstly, manual inspection is costly and requires considerable human and financial resources, limiting its applicability to large road networks like that of Mexico City. Additionally,
Internal Combustion Engines have become an integral part of our society over the last 125 years due to their convenience, power density, range, and many other virtues. Unfortunately,
It has been 50 to 70 years and still no entrepreneurial genius human minds have successfully solved the problem of overly packed, crawling freeways. Everyday millions of people accept this huge waste of their time as a normal part of life and just complain, INSTEAD of doing something about it.
Today's public transportation systems are obsolete, expensive jokes. Worse,
This idea is developed to reduce internal combustion engines' mechanical friction loss by distinctive crankshaft oil hole layout. In order to ensure adequate oil transport, from main bearing shell oil groove to connecting rod bearing via oil holes made inside crankshaft, some certain oil pressure is required to cope with centrifugal force acting on oil inside crankshaft.
The aim of the land mine sensing or detecting robot is to see and cover the most area feasible, display the landmines, and map the remaining region with millimeter accuracy on a visual map. This study offers a prototype land mine detection robot that is easy to manage, powerful yet affordable,
Description and OperationPetritek's Controlled Environment Transport Containers (CETCs) are advanced shipping solutions designed to maintain precise environmental conditions, ensuring the safe transportation of sensitive materials. These containers use cutting-edge technology to regulate temperature, humidity, and atmospheric composition, serving industries such as pharmaceuticals, biotechnology, and high-value electronics.
Have you ever noticed how dirty the front wheels of vehicles are? Do you know why? Brake dust!
The wear of brake pads and disks is a ubiquitous source of secondary emissions in all urban centers around the world!
Reducing secondary emissions in the automotive sector is a critical step towards a sustainable future,
Eliminating automotive CO2 would benefit present day efforts to clean up the air. Automotive exhaust is a challenging subject regarding elimination of all emissions. Presently CO2 is a concern, contribuiting to global warming. This problematic gas is not presently processed on board the vehicle, although it is possible.
How often do we step out of our electric vehicles and forget to plug them in? Our lives are bustling with activity. When we exit our car, our hands are full. Our minds are preoccupied with work, kids in the backseat, or groceries in the trunk. We unbuckle the kids. Then, they are racing inside the house.
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