Exact(6)
Experiments are realized by varying operating conditions, to determine their impact on combustor heat transfer dynamics.
After conforming the feasibility of the combustor design code, we investigated the effects of steam addition on combustor performance.
We designed novel flow channel on reformer sheets and microholes on combustor sheet to inhibit the hot spot, which takes place in front of the reactor.
The chapter also covers the impact of different natural gas types on combustor operations, including combustor design for low calorific gases and fuel oils.
The influence of steam addition on combustor design is investigated and results showed the variation of geometrical size is highest for components where intense combustion takes place while the design is almost kept the same for components where only pure flow exists.
Instead, actuator disk theory (ADT) as developed by Cumpsty and Marble [The interaction of entropy fluctuations with turbine blade rows; a mechanism of turbojet noise, Proceedings of the Royal Society of London A 357 (1977) 323 344] is commonly used to estimate its contribution based on combustor exit conditions and changes in the mean flow across blade rows.
Similar(54)
Automotive catalysts were an important cause, so were controls placed on combustors and industrial processes, and so was the substitution of VOC solvents with non- or low-VOC ones.
However, performing modifications on combustors and reaching the requirements of efficient combustion systems is difficult due to many combustion problems such as extinction, low reaction rates, mild heat release, instabilities, and mixing issues.
These CFD simulations helped to obtain better insight of the dependence of combustor performance on thermal conductivity of the material and heat load.
In this study, effect of combustor geometric properties on combustion behavior of premixed hydrogen/air mixtures was numerically investigated.
Pre-vaporization and pre-mixing are the two main features of LPP type of combustor that operate on liquid fuels.
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