Modern aluminum cast alloys are promising candidates for highly loaded lightweight components due to their good strength-to-weight ratio.
The combination of additive manufacturing with advanced composites offers potentials in the development of highly integrated lightweight structures.
Aluminum and magnesium are two highly important lightweight metals used in automotive applications to reduce vehicle weight.
In this paper a highly asymmetric, lightweight, vibro-impact non-linear energy sink (NES) leading to very efficient passive non-linear targeted energy transfer (TET) is investigated.
This paper analyzed different PCM applications presented in highly efficient lightweight construction houses that have participated in the American Solar Decathlon, an international competition organized by U.S. Department of Energy.
Realization of a highly flexible, lightweight, and high performance flexible supercapacitor was achieved using three-dimensional graphene on flexible graphite-paper.
This work is part of the activities of the ENLIGHT European Green Vehicles project, where the objective was to advance highly innovative lightweight material technologies for application in EVs structural parts.
The European Green Vehicle project ENLIGHT aims to advance highly innovative lightweight material technologies for application in structural vehicle parts of future volume produced Electric Vehicles (EVs) along four axes: performance, manufacturability, cost effectiveness and lifecycle footprint.
DREAMS-SIS is a highly miniaturized lightweight sensor designed for small meteorological stations, capable of estimating the aerosol optical depth (AOD) several times per sol, as well as performing a direct measurement of the global (direct plus scattered) irradiance on the Martian surface in the spectral range between 200 and 1100 nm.
The reported 3DMG aerogels have promising application potentials in highly-efficient lightweight LIBs.
