… variations of its thermoacoustic performance under various … of robust design in thermoacoustic
instability analysis, including risk analysis, control design, and inverse tolerance design. …

… is employed to efficiently tackle the challenge posed by the large parameter variational …
robust design analysis. For each of the investigated robust design tasks, we propose an efficient …

… is employed to efficiently tackle the challenge posed by the large parameter variational …
robust design analysis. For each of the investigated robust design tasks, we propose an efficient …

… prediction of thermoacoustic instability. The present paper … to efficiently perform UQ analysis
in thermoacoustic instability … analyses, nonlinear bifurcation studies and robust design. …

… In the current study, using Gaussian process (GP) as the … integrated into the robust design
analysis investigated in our … effectively test the flexibility and robustness of the GP modeling …

… In summary, to describe the onset of thermoacoustic instability, to estimate the amplitude of
the resultant self-sustained oscillations, and to describe features such as triggering and limit …

… and input saturation can be readily incorporated into the design to ensure efficient utilization
of the control energy. Measures of robustness of closed-loop system stability can be derived…

… instability control (AIC) in commercial gas turbines is rather limited due to the lack of robust
and cost-effective … the prior mean function of the Gaussian Process Regression (GPR), our …

… of combustion systems has focused on issues like efficiency, power generation, and … Gaussian
process (GP) regression, has been proposed in this paper as a tool for combustor design. …

… aspects of thermoacoustic instability (TAI) analysis of pressure … series window into
thermoacoustic stability or instability. The … efficient and prompt control of the thermoacoustic …