Sentence examples for high performance processes from inspiring English sources

High performance processes should operate close to design boundaries and specification limits, while still guaranteeing robust performance without design constraint violations.

High performance processes require design that operates close to design boundaries and specifications while still guaranteeing robust performance without design constraint violations.

Thus, shorter product life cycles, an increased number of product varieties, high performance processes, flexible machines and production systems result in an increased complexity in all factory level domains from product design, process development, factory and production planning to factory operation.

Based on the results of drilling tests using high performance cutting conditions, it was determined that the high performance process can be effectively optimized with respect to workpiece quality and tool life by selectively varying the microscopic cutting edge form.

There is an increasing need for novel technologies to effectively identify highly efficient chemistries and to enable the quick and reliable development of novel, innovative and sustainable high-performance processes to exploit these.

As a high-performance process, H2-permselective GO membrane derived from graphite source was developed by using a modified hummer method.

Here we developed a hybrid anaerobic system built-in with electrode modules (HAR-BES, 30 L) as an inexpensive but high-performance process for azo dye containing wastewater treatment.

Due to their low load resistance, sharp ground cutting edges are generally considered disadvantageous to high performance cutting processes.

Increasing requirements on hard coatings in high performance machining processes like high speed and dry cutting demand further development by alloying the already well established Ti1−xAlxN coatings.

The results obtained through sensitivity analysis, simulation model, and experiments represent effectual information for the design and development of high performance upgrading processes for energy applications.

Understanding the metabolic role of CAs in the chemolithoautotropic bacterium Ralstonia eutropha is important for the development of high performance fermentation processes based on the bacterium's capability to fix carbon using the Calvin-Benson-Bassham (CBB) cycle.