Sentence examples for combustion development from inspiring English sources

The objective of this work is to provide unique data on laminar burning velocity, a key parameter in real combustion development, for the oxygen-enriched combustion of an iso-octane/air mixture for various dilution (by air or CO2) cases.

Results show that increasing swirl has two main effects regarding the gross indicated efficiency (ηi): on one hand chamber heat rejection increases and therefore ηi diminishes about −0.5% at low load and −0.4% at high load; on the other hand combustion development is affected and thus a ηi improvement higher to 1.5% is achieved at low load and speed.

Nowadays internal combustion engines development is widely supported by 1D and 3D codes.

Prior to continuous combustion control development, the process is analyzed and identified.

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

CFD computational speed and simulation accuracy are two equally important aspects of CFD simulation in combustion system development and optimization.

Requirements to provide environmentally friendly vehicles (i.e., low fuel consumption with less emission) have resulted in using the most complicated and intellectual means of internal combustion engine development.

Computational Fluid Dynamics using RANS-based modelling approaches have become an important tool in the internal combustion engine development and optimization process.

We begin by outlining the reasons why the kinetic uncertainty must be considered and treated as a part of the combustion chemistry development in order to make progress.

For this objective, laboratory experiments were conducted according to the UCG model to identify the process of combustion cavity development by monitoring the electrical resistivity activity on the coal samples to setup fundamental data for the technology engineering to evaluate combustion area.

This chapter presents the key results from the pre-combustion technology development projects four new advanced technologies were developed to "proof-of-concept" with significant advancement in efficiency, cost and CO2 capture compared to the best available capture technology.