Sentence examples for engineering systems has from inspiring English sources

Even though advances in computing hardware and parallel processing have reduced costs by orders of magnitude over the last few decades, the fidelity with which engineers desire to model engineering systems has also increased considerably.

The detection and isolation of faults in engineering systems has lately become of great significance.

The computational effort associated with uncertainty quantification of engineering systems has been one of the prime concerns over the years.

The computational intensiveness inherently associated with uncertainty quantification of engineering systems has been one of the prime concerns over the years.

The inclusion of computer simulations in the study and design of complex engineering systems has created a need for efficient approaches to simulation-based optimization.

Over the last two decades, uncertainty quantification (UQ) in engineering systems has been performed by the popular framework of probability theory.

However, this approach can be computationally intensive when applied to complex engineering systems having many uncertain parameters.

Stochastic finite element method (StFEM) is a robust tool for uncertainty quantification of engineering systems having random properties.

Traditional approaches to fault diagnosis within engineering systems have focused on sequential testing procedures and real-time mechanisms.

Complex, high performance, engineering systems have to be closely monitored and controlled to ensure safe operation and protect public from potential hazards.

Most engineering systems have some degree of uncertainty in their input parameters, either of a stochastic nature or on account of a lack of complete information.