The phrase "analyses of the system" is correct and usable in written English.
It can be used when discussing the examination or evaluation of a particular system, often in a technical or academic context.
Example: "The analyses of the system revealed several areas for improvement that could enhance its overall performance."
Alternatives: "evaluations of the system" or "assessments of the system."
Thermal and structural analyses of the system supported the design.
This necessitates probabilistic analyses of the system performance, which include probabilistic power flow (PPF).
Forced vibration analyses of the system are performed, and the dynamic responses for the main parameters are analyzed for a belt driven system.
Comprehensive energy and exergy analyses of the system are carried out for determining the performance characteristics of the actual and the proposed processes.
Energy-exergy analyses of the system are made and economic and enviro-economic properties are investigated using data obtained from experimental studies.
Based on analyses of the system performance according to design and operating parameters, a nonlinear constrained optimization problem including the relevant subsystem parameters of the feed drive system is formulated.
In addition, the contributions of component costs to the overall costs are obtained for each system and the results of the exergoeconomic analyses of the systems are described.
XPS analyses of the systems showed that thermal treatment at 850 °C resulted in electron transfer from titania to Pt0 particles through the so-called strong metal-support interaction (SMSI) effect.
On the other hand, an experimental infrastructure has been developed to analyse of the system, which has been instrumented to provide detailed information of its heat recovery and storage capacities and temperature map.
Dimensional analyses were performed using the "section of analyses" program of the system.
The design ambiguity is the result of not taking into account the relevant thermal transfers during the thermal analyses of the stage system design.
