Sentence examples for future combustion from inspiring English sources

This chapter also provides a perspective view of CFD modeling in future combustion system development.

This data set is made available and provides validation and optimization targets for future combustion model revisions.

Rapid compression machines (RCMs) are widely used to acquire experimental insights into fuel autoignition and pollutant formation chemistry, especially at conditions relevant to current and future combustion technologies.

The analysis yielded an empirical relationship among NOX emission, overall equivalence ratio, and power level that is useful in the design activity for a future combustion system based on the proposed configuration.

Given the predictive capability of the semi-empirical model, we suggest that future combustion research should concentrate on developing a model that treats only the key, rate-limiting processes in a rigorous manner, rather than continuing the current trend of attempting to describe all possible elementary reactions exactly.

Undoubtedly, the assessment of the main processes taking place in such engines, especially combustion processes runs, in the point of view of the correct diagnosis and engine operation management, is convergent with present and future combustion engines design trends and with the world environment protection requirements.

Hydrogen has been proposed as a possible fuel for future internal combustion engines and can be produced from renewable sources.

Therefore, the knowledge obtained within this research project will be of great use for the future post combustion carbon capture demo and full-scale installations.

Better physical models are essential to the development of future advanced combustion systems with better fuel economy, higher power density, and cleaner emissions.

As a future post-combustion CCS technology, the solid sorbent-based process is extensively researched recently because lower energy penalty is expected thereof compared to that of the conventional amine scrubbing process.

In view of the critical role of the underlying uncertainties of the reaction model in future progress of combustion chemistry modeling, Foundational Fuel Chemistry Model 1.0 (FFCM-1) was developed with uncertainty minimization against available fundamental combustion data of H2, H2/CO, CH4, CH2O, and C2H6.