Sentence examples for evaluation of engineering systems from inspiring English sources
Hardware-in-the-loop simulation (HILS) and dynamically substructured system (DSS) techniques are generally classified as hybrid methods for performance evaluation of engineering systems, combining both numerical simulation and hardware experiment parts.
The UGF technique is proved to be very convenient for numerical realization and requires small computational resources [9, 10, 11] for performance and reliability evaluation of engineering systems [9].
The application of the expert opinion approach to problem identification and reliability evaluation of structural engineering systems is described in this paper.
Bayesian inference techniques play a central role in modern risk and reliability evaluations of complex engineering systems.
This paper presents a method developed for the performance evaluation of an engineering system during a strong earthquake.
In an evaluation of engineering economics, Maurer points out an inherent flaw in comparing decentralized versus SB sanitation systems when converting capital investments to annual equivalents based on their expected life times.
Diagram of MAV engineering systems in NASA document.
It is expected that the new method will provide designers with a tool for the evaluation of the acceptability of designs, particularly for engineering systems whose behaviour can only be determined through complex simulations.
Cardin, M.-A., Kolfschoten, G. L., de Neufville, R., Frey, D. D., de Weck, O. L., Geltner, D. M., 2013, "Empirical Evaluation of Procedures to Generate Flexibility in Engineering Systems and Improve Lifecycle Performance", Research in Engineering Design 24:247-245.
The two neural networks (MBL-NNET and RAD-NNET) are shown to be an effective approach in the evaluation of radiation heat transfer in practical engineering systems.
Because the dynamic behavior of many chemical engineering systems is dominated by deadtime the results can serve as the basis of an evaluation procedure for designs according to their operability characteristics (dynamic resilience).
