Sentence examples for engineering configuration from inspiring English sources

In other management arenas, as well as in software engineering, configuration management has a high level meaning and concerns the arrangement of resources in an enterprise.

Various microbial consortia were applied successfully in commercial bioleaching heaps around the world, and microbial community and activity were adapted related to the local climatic conditions, ore characteristics and engineering configuration.

Indications are that future sediment management planning should include provision for the hydrodynamic modelling of the flood-tide delta area, in order to test the effects of groyne field engineering configuration change (for instance, to test Reeves Channel groyne configuration designs first planned in 1892, and subsequently in 1927), and/or groyne array removal.

This review focuses on diversity of bioleaching microbes, their role in heap bioleaching processes, their community structure and function in industrial heaps and the relation to the ore characteristics and the engineering configuration, to give implications for optimizing leaching efficiency of heap bioleaching.

The observations show that controlled mixing and well-defined residence time distributions can be obtained for both the engineering configurations tested.

The newly revealed functional bi-layer coating architecture can potentially be adapted, using synthetic materials, to considerably enhance the surface load-bearing capabilities of various engineering configurations.

The basic principles of this field including classifications and description of radiation-grafted copolymers with their engineering configurations and operating systems are reviewed.

In this paper, the concept of "smart" thermally insulating materials intelligently adapted to specific engineering configurations is established and extensively validated.

Shape factors are given in textbooks and reports (they are tabulated somewhat like Laplace transforms), and examples of the analytical forms and numerical values of shape factors for some basic engineering configurations are given in Figures 19.13 through 19.16, taken from the book by Incropera and DeWitt.

The samples of model conversion from 2D illustrations to abstract, tangible 3D engineering configurations incorporate the representation of glass and steel low-rise and high-rise building structures, as well as long span bridges being generated from compression and tension principles.

The process has potential to provide a green approach for desulfurization of fuels or organics without the use of catalyst or external chemicals/reagents apart from newer engineering configurations for effective implementation of hydrodynamic cavitation in industrial practice and also appears to be economically sustainable.