Sentence examples for high strength polyethylene from inspiring English sources

The purpose of this study is to manufacture a high performance superconducting pulse coil by using high strength polyethylene fiber (DF; Dyneema® fiber) reinforced plastic (DFRP) or Dyneema glass hybrid composite fiber reinforced plastic (DGFRP) as material of a coil bobbin, which has negative thermal expansion, low frictional coefficient and high thermal conductivity.

Polyethylene woven ribbon (Ribbond, Seattle, WA, USA) which is a biocompatible esthetic material made from a high strength polyethylene fiber[19] and 0.0175-in flexible spiral wire (Respond, Ormco, Glendora, CA, USA).

This paper presents an experimental study of the composite properties of cement based- and alkali-activated ground-granulated blast furnace slag (GGBS) based composites reinforced by high-strength polyethylene fibers and a discussion of the different behaviors of the two types of binder-based composites.

Among the various high strength polymer fibers, Kevlar and polyethylene are widely used for the manufacturing of protective materials.

Second part of our research is in the field of conventional Advanced Composites made using high strength fibers such as graphite, aramids and ultra-high molecular weight polyethylene (UHMWPE) that are used in a wide range of applications from aerospace to sports gear and from automobile body parts to civil structures.

The objective of our study is to enhance the bone to tendon union by absorbing type I collagen onto high strength nonabsorbable polyester/polyethylene suture commonly used in rotator cuff surgery.

Ultra high molecular weight polyethylene (UHMWPE) reinforced with a carbon fibre/epoxy ring (hybrid polymer pad) is used as bearing elements in a ball-joint for rotation of a storm surge barrier, requiring high strength and dimensional stability.

High strength silica.

The fact that the L2.5/branched polyethylene blends with intimately mixed constituents exhibited a higher strength than the L2.5/linear polyethylene mixtures, with a distinct segregation of L2.5, could be explained as being due to the higher average tie-chain concentration in the former blends.

For the production of UHP-ECC, ultra-high-molecular-weight polyethylene (PE) fibers were deployed to reinforce the ultra-high strength mortar while special attention was paid to the mix process to ensure satisfactory fiber dispersion.

The effects of coupling agent, particle diameter (d), particle volume fraction (Vc), particle size distribution and average matrix ligament thickness (T̄) on the impact strength of high density polyethylene (HDPE /CaCO3 composites have been investigated.