Sentence examples for improve material properties from inspiring English sources
This chapter focuses on manufacturing methods for electrospun filaments and postprocessing techniques to improve material properties.
New aspects for their modification and advanced strategies of alloy design and microstructure to improve material properties are derived.
The LMD technology is becoming one of the most important emerging manufacturing technologies in the modern industry, due to its benefits when building-up geometries, repairing damaged parts or the creation of coatings to improve material properties and behaviour.
The basic properties of antiresorptive agents: (1) to suppress osteoclastic activity and bone turnover, (2) preserve or increase Bone Mineral Density, improve material properties of bone, and (3) preserve bone structure.
Composite plating is a method of co-depositing fine particles of metallic or non-metallic compounds or polymers in the plated layer to improve material properties such as lubrication, wear resistance and corrosion resistance.
Consequently, the possibility exists for process optimization to modify the weld microstructure and improve material properties, including fracture resistance.
Many low-dimension and nano-size or nano-structure functional coatings, which can improve materials properties evidently, are deposited by these energy sources.
Grain boundary engineering (GBE) was employed to improve materials properties such as corrosion resistance and strength by optimizing the grain boundary character distribution.
Recently, there has been increased attention toward determination of the grain boundary character distribution (GBCD) and manipulation of the relative fractions of "special" and "random" boundaries in the microstructure through thermomechanical processing techniques in order to improve materials properties like corrosion, creep resistance, and weldability.
How to improve materials properties through processes and process control of casting, forming, heat treating, surface modification and coating, and fabrication.
These improved material properties lend ECC to multiple uses in the built environment with the potential to increase structural performance and durability, and limit infrastructure maintenance and life-cycle cost.
