Information Sciences

Solid State Pump Using Electro-rheological Fluid
available technology

Solid State Pump Using Electro-rheological Fluid

Micro-hydraulic technology is crucial to the design of micropumps for applications including chemical analysis, biological sensing and robots. We aim at addressing two primary problems for most micro-pumps: low efficiency and high cost miniaturization. First, considering the efficiency of...
Solid State Pump Using Electro-rheological Fluid
available technology

Solid State Pump Using Electro-rheological Fluid

Micro-hydraulic technology is crucial to the design of micropumps for applications including chemical analysis, biological sensing and robots. We aim at addressing two primary problems for most micro-pumps: low efficiency and high cost miniaturization. First, considering the efficiency of...
Solid State Pump Using Electro-rheological Fluid
available technology

Solid State Pump Using Electro-rheological Fluid

Micro-hydraulic technology is crucial to the design of micropumps for applications including chemical analysis, biological sensing and robots. We aim at addressing two primary problems for most micro-pumps: low efficiency and high cost miniaturization. First, considering the efficiency of...
funding

SPACE CONTROL

The goal of this mission is to ensure the resilience of the U.S. space enterprise by designing, prototyping, operating, and assessing systems to provide space situational awareness, resilient space capability delivery, active defense, and associated cross-domain battle management.
Stepped Cambered Planing Hull with Hydrofoils
available technology

Stepped Cambered Planing Hull with Hydrofoils

With emerging applications for high speed boats in commercial, military and off shore industries, there is a focus in the naval architecture community to improve the efficiency and performance characteristics of planing hulls at high speeds. The Inventors have optimized the shape of the planing...

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