Sentence examples for lightweight to reduce from inspiring English sources
Studies into pterosaur flight suggest that the largest pterosaurs would struggle to take off with such a strategy, however, and many have concluded that giant pterosaurs required specific environmental conditions to launch and must be atypically lightweight to reduce the power required for flight.
The importance to obtain a lightweight product, to reduce the CO2emissions and so realize an environmental-friendly product is the most important goal to reach with processing engineering.
This paper consists of substituting an appropriate fraction of natural aggregates with lightweight ones composite concrete development such as pumice which is found in volcanic sediments, the advantage of using lightweight concrete is to reduce the dead-weight; its light weight gives a better thermal insulating power in comparison to traditional materials, given the volume of air they contain.
The Dreamliner is the first commercial airliner made substantially of lightweight carbon composites to reduce fuel costs.
Low rare-earth (RE) containing magnesium alloys are being considered for the lightweight automotive applications to reduce fuel consumption and emissions.
Lightweight particles are expected to reduce the density of the interfacial transition zone that already has lower density (higher porosity) than the bulk matrix.
Based on the findings it is recommended that a LEAM with 70% rounded lightweight aggregate be used to reduce the deadweight of the deck paving and optimize performance in terms of rutting and cracking resistance.
Lightweighting of Electric Vehicles (EVs) is considered a step forward because advantages of both EVs and lightweight design could be combined to reduce environmental impacts even further.
The high absorption of lightweight aggregates, however, can be used to reduce cracking due to internal curing (Neville 1995; Delatte et al. 2007b).
It indicated that the proposed lightweight method could have great potentials to reduce weight and prevent environmental burdens shift problem.
Recently, high strength steels and aluminum are extensively used as lightweight materials in road vehicle engineering to reduce fuel consumption.
