Sentence examples for performance of machinery from inspiring English sources
This paper examines how contextualised knowledge about safety matters shaped the performance of machinery manufacturers for three substantive safety outcomes – hazard recognition, risk control and safety information.
Cavitation affects the performance of hydraulic machinery and also results in erosion damage.
Recent developments in coating science and technology offer new opportunities to enhance the energy-efficiency and performance of industrial machinery such as hydraulic fluid pumps and motors.
The performance of this machinery is integrally tied to its screw design yet little fundamental knowledge exists in this emerging field for granulation to intelligently create, troubleshoot, and scale‐up such processes.
Proper operation of machinery and equipment depends on appropriate security and ensuring their work continuity and efforts to improve their performance.
Well-defined maintenance system will ensure optimal performance of the machineries (Oberschmidt et al. 2010).
To understand the performance of the turbine machinery and to improve the reliability of the design, bidirectional multiphysics simulation of turbine machinery is necessary.
This study examines the relationship between strategic management education, particularly within the higher education sector, and the performance of the German machinery and equipment sector.
The SHAM treatments pronouncedly altered the OJIP transients under intense light, suggesting that the inhibition of the AOX pathway significantly influenced the performance of the photosynthetic machinery.
In addition to the phylogenetic perspective based on sequence variation in ribosomal RNA and ribosomal protein encoding genes, we suggest that this sequence variation underlies differences in the performance of the translational machinery.
The capability to experimentally test components at off-design is fundamental to understand the flow physics of any gas turbine engine operating at extreme conditions and to characterize the transient performances of fluid-machinery in high-speed propulsion concepts.
