Sentence examples for enhanced lightweight from inspiring English sources

To fulfill the requirements for enhanced lightweight design, novel, integral joint concepts are currently designed, dimensioned and produced by using textile, welding and casting techniques.

With the objective to minimize or avoid some of the disadvantages of manufacturing technologies used today, like cut fibers or adhesion uncertainty, and to fulfill requirements for enhanced lightweight designs, novel transition structures are needed.

Enhanced durability performance of lightweight bridge decks could offer incentive for highway agencies to select lightweight concrete for lifecycle benefits, potentially helping to offset the increased cost of most manufactured lightweight aggregate.

Highlighted applications include the design of alternative material structures, multi-layered partitions having enhanced vibro-acoustic characteristics, lightweight truss structures with multi-functional properties, and three-dimensional lattices.

Metal matrix composites (MMCs) have been found to possess tremendous prospective engineering applications that require materials offering a combination of lightweight with considerably enhanced mechanical and physical properties.

Despite low stiffness of the produced NYRP bars, their use for reinforcing normal and lightweight concrete slabs enhanced their ductility and toughness as well as increased their flexural capacity up to six-fold.

At the consumption stage, improved new energy vehicle development, lightweight vehicle design, enhanced automobile-washing water reuse technologies and strict automobile emission standard implementations will be helpful to achieve the goals of energy and water saving as well as pollution reductions.

With this kind of development, the use of lightweight concrete can be enhanced.

Basically, IoT architecture can be considered as ubiquitous ID architecture enhanced with concrete network mechanisms using lightweight protocols for resource-oriented applications.

The results of scanning electron microscopy (SEM) showed that the interfacial transition zone (ITZ) between lightweight aggregate and paste was enhanced with 3% nano-SiO2 addition.

The design goals of the reactor system, to be lightweight and compact, and to be enhanced in safety and reliability, are achieved with adoption of new technologies.