Efficient robust design for thermoacoustic instability analysis: A Gaussian process approach
In the preliminary phase of analyzing the thermoacoustic characteristics of a gas turbine
combustor, implementing robust design principles is essential to minimize detrimental …
combustor, implementing robust design principles is essential to minimize detrimental …
Reliable calculation of thermoacoustic instability risk using an imperfect surrogate model
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 …
combustors is calculating the modal instability risk, ie, the probability that a thermoacoustic …
Efficient robust design for thermoacoustic instability analysis: a Gaussian process approach
In the preliminary phase of analysing the thermoacoustic characteristics of a gas turbine
combustor, implementing robust design principles is essential to minimize detrimental …
combustor, implementing robust design principles is essential to minimize detrimental …
[PDF][PDF] DRAFT: EFFICIENT ROBUST DESIGN FOR THERMOACOUSTIC INSTABILITY ANALYSIS: A GAUSSIAN PROCESS APPROACH
S Guo, CF Silva, W Polifke - researchgate.net
In the preliminary phase of analysing the thermoacoustic characteristics of a gas turbine
combustor, implementing robust design principles is essential to minimize detrimental …
combustor, implementing robust design principles is essential to minimize detrimental …