Sentence examples for various lightweight from inspiring English sources

More than three hundred LWAC specimens with various lightweight aggregate types (5) of several volume ratios and three different mortar matrices (normal, HP, VHP) are tested.

Polymer infiltration and subsequent curing do not disturb the three-dimensional percolating CNT network and constitute an accessible method for the production of various lightweight polymeric composites.

Note that the focus of this study is to successfully target various lightweight applications by improving the compression efficiency of Wyner-Ziv video coding while maintaining low computational cost at the encoder.

This review highlights the rational design and fabrication strategy for floating photocatalyst immobilized on various lightweight substrates (e.g. perlite, vermiculite, glass microbead, polymer, cork, expanded graphite) or self-floating photocatalyst.

Pack several lightweight layers.

This is followed by a brief description of the various manufactured, lightweight aggregates that are available in the UK, their manufacture, properties, and applications.

Regulations vary around the world, but in America and some other countries, home-built aircraft do not have to undergo the complex certification processes that commercial aircraft do, and can be flown as "experimental .Indeed, there are all kinds of rules in America and elsewhere for various forms of lightweight recreational aircraft.

This study investigated the various characteristics of lightweight aggregate concrete with a high volume of entrained air.

Reducing the mass of a PO or plastic part is helpful in efforts to "lightweight" various applications and for reducing resin content as well.

In this paper, effect of steam and water curing on the compressive strength development and transport properties such as water sorptivity, rapid chloride ion permeability, and gas permeability of concretes containing various volumes of lightweight fly ash aggregate (LWA) were investigated.

Electrospinning is a promising technique for producing ultrafine fibers of a large variety of one-dimensional materials that can be assembled into nonwoven architectures useful for various smart technologies and lightweight applications such as wearable and flexible electronics, lightweight batteries, and high-surface area substrates for catalysis and sensing.