Sentence examples for preparation engineers from inspiring English sources

But as the variety increases and changes become frequent the necessity for integrated product and production information model is high, to partially solve this problem Product Life Cycle Management (PLM) systems aim at providing an integrated model to all categories of users, e.g. product designers, product preparation engineers, line builders and shop-floor workers.

This technique offers the coal preparation engineer an effective and straight forward method for determining the optimum cut points of separation for different coals to achieve maximum economic gain.

Development of new chemical approaches for preparation of engineered carbon-based fillers is critical for high-performance applications.

However, he added, the extra six weeks will ease the hectic preparation schedule that engineers and technicians had been working under and perhaps allow for some optional work.

These data implicated the potential of this method for the preparation of genetically engineered ASC sheet and future MI treatment.

These findings demonstrate for the first time the feasibility of an all solution approach to the preparation of defect engineered YBa2Cu3O7 films on surface decorated substrates.

Preparation of tissue engineered bone constructs to repair large size defects is limited by the difficult supply of oxygen and nutrients to cells deep inside the constructs.

The process conditions in preparation of the engineered fibers as well as the water treatment conditions were optimized, and the behavior of Cr desorption from the engineered fibers was evaluated.

To assess this problem, bioresorbable polyurethanes blended with stiffer synthetic or natural polymers, incorporating therapeutic agents and presenting modified nonthrombogenic surfaces, constitute the most promising aproximation for the preparation of tissue engineered vascular grafts.

In this context, the Glassbone project aimed to optimize the conditions for preparation of tissue engineered products by approaching three aspects: identification of optimal ceramic scaffold relevant to bone formation; survival of implanted cells post-implantation, and finally cell preconditioning to promote cell viability in vivo.

Stem cells are also advantageous for implantation research because they can be used for the preparation of genetically engineered cell lines, for which transfection protocols have recently been optimized (Braam et al., 2008).