It is accepted that the thermoacoustic behavior of a given combustion system can be
analyzed by investigating how its natural acoustic modes are perturbed by the flame …

Both uncertainty quantification (UQ) and Bayesian inference (BI) have been recently
adopted by multiple research groups in the catalysis field. It is noted that the parallel fields of …

Data learning is a burgeoning area; here, we refer to it as a gorgeous blend of scientific
computing and high-dimensional statistics. In this article, we propose a generalized …

At present, studies on acoustic metamaterials mainly focus on deterministic systems.
However, uncertainties inevitably occur in acoustic metamaterials owing to manufacturing …

Considerable research has been reported on developing effective active control means to
suppress oscillating combustion. The typical pressure oscillation can be divided into linear …

Researching the combustion instability of ACE is meaningful no matter for HEVs
development or for combustion control of the Atkinson cycle. Based on a gasoline ACE, EGR …

Thermoacoustic oscillations arise because of the interaction between acoustic waves inside
a duct or a combustion chamber, and heat release rate oscillations at the flame or heater …

In order to obtain an accurate finite element model of a steel arch bridge, a first‐order modal
finite element model updating method is proposed by using the measured first‐order modal …

In order to effectively and conveniently identify the damage location and damage degree of
structural members under static response, a structural damage identification method based …

One of the fundamental tasks in performing robust thermoacoustic design of gas turbine
combustors is calculating the modal instability risk, ie, the probability that a thermoacoustic …