2018 年 60 巻 194 号 p. 249-253
As a result of technical innovation and progress of computers and software, the combustion simulation has become an indispensable method as a tool for further development of a combustor. Since lead time and cost of combustion tests are large, there is a demand of transposing a combustion test to simulation. Advancement of combustion simulation as a tool which can be easily used for design is expected to grow further, and the same expectation also exists for the large scale combustion simulation technology. In this report, examples of combustion simulations for a low NOx combustor, a liquid fuel combustor and supercritical CO2 combustor of gas turbine are described.