2021
Entries
An aviation design that was overlooked for decades is now the rage with the latest in fighters, stealth and UAV fighter escort fuselages. These can carry more passengers, cargo, fuel, instruments and/or weapons and do some of the lifting of the craft and load as well.
Innovation: DOWSIL™ TC-5550 is a novel Thermal Interface Material (TIM) that manages heat in mission-critical microprocessors, enabling more compact designs, longer device lifetimes, faster speeds, and fewer catastrophic failures. The future will be defined by high power microprocessors for advances in Artificial Intelligence, Internet of Things,
Air-Bags-Propulsion-Systems (ABPS) has extended its long stroke ejection technologies (soft mortar) into a versatile soft launching system that can be used to launch missiles with all their aerodynamic surfaces fully deployed, air vehicles such as UAVs and other odd shaped projectiles from boxes and rail systems.
In order for a jet engine to become multistage it must have a multistage afterburner or a multistage combustor. In order for a combustor to become multistage it must actually operate through the combination of uninterrupted and pulsating combustion.
Viscoelastic materials such as pressure sensitive adhesives are used as constrained damping layers in a variety of applications. Historically, materials such as foams and acrylic and rubber adhesives have been popular choices. However, in the aerospace and defense markets, innovation is occurring at a rapid pace. For example,
In this project a model of an alternative energy source is simulated. In recent years due to increases in greenhouse gas the world needs to shift its energy generation from non-renewable energy sources to renewable energy sources.
With the targeting of specialization technologies in materials for automotive purposes, within the innovations invisible to the consumer market, we observe the state of the art in cylinder liners for internal combustion engines (MCI's) in cast iron, aluminum or ceramic coated. For Diesel MCI's,
Various methods and mechanisms are known for lifting and moving loads. At the same time, we (Grigori and Oleg Lishanski, US Patent No. 10,214,398 B2, February 26, 2019) have developed and offer a previously unknown method of lifting and moving cargo and a device for its implementation.
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