To overcome the current limitations of temperature uniformity and high pumping power
consumption of current microchannel cold plates, this work proposes to develop an on-chip …

Shape memory alloy (SMA) springs have been widely applied in engineering. However,
there are few studies on the driving characteristics of the reverse deformation SMA springs …

A finite‐element (FE) analysis of the active bistability of an antagonistic shape memory alloy
(SMA) beam actuator of TiNiCu is presented. The actuator comprises two coupled SMA …

A microfluidic passive valve (MPV) is important for precise flow control, and it determines the
reliability of the microfluidic system. In this paper, a novel MPV capable of delivering a …

Actuator systems based on shape memory alloys (SMA) offer many advantages compared to
conventional drives: a significantly higher work density and the resulting lightweight design …

The interest in the design of shape memory alloy (SMA) actuators is recently broadened
thanks to their high power density and versatility. In particular, snake-like Ni–Ti actuators …

Микроклапан является одним из важнейших функциональных элементов
микрофлюидного устройства. Микроклапаны позволяют организовать движение …

Herein, a new torsional device based on shape memory alloy elements and operating as
torque limiter is presented. It consists of a set of pseudoelastic NiTi tapes working in series …

Recently, the development of shape memory alloys (SMA) as actuators in many vehicles
applications has become a prime concern in advanced manufacturing sectors globally. The …

A non-instrumented, single-use, affordable, and fully-yet safely-disposable DNA analysis
system for Point Of Care (POC) diagnostic process has been proposed by integrating (1) a …