The double-precision calculating system for simulating in-cylinder combustion consists of about 100 sub-systems that can be sorted into 8 kinds.
缸内燃烧仿真计算双精度系统由8种类型的约100个双精度子系统程序块组成。
Influence of Offset of Combustion Chamber on Combustion Processes of Diesel Engines
燃烧室偏心位置对柴油机缸内燃烧过程的影响
the combustion of fuel inside a cylinder (as in an internal-combustion engine).
燃料在一个汽缸内燃烧的过程（如在一个内燃机中一样）。
On Description of Combustion Process Based on Vibration Acceleration Signal Measured from Cylinder Head;
基于柴油机缸盖振动加速度信号提取缸内燃烧过程信息的研究
Study on Relationship Between Vibration Signal Measured from Cylinder Head and Combustion Process
柴油机缸盖振动加速度与缸内燃烧状况相关性分析
Multi-dimensional numerical simulation of the combustion process on methanol-fueled engine
甲醇发动机缸内燃烧过程的多维数值模拟
Multi-Dimensional Simulation of Intake Flow and In-Cylinder Combustion in a Highly Intensified Diesel Engine
高强化柴油机进气流动与缸内燃烧的多维数值模拟研究
The Research of Lean Burn Jet Combustion System with the Ignition Chamber;
缸内直喷点火室稀薄燃烧系统的研究
shock absorber combustion head
减震燃烧(式)缸头
A Study about Diesel Engine Flow and Combustion Process Influenced by Combustion Room Partiality Rate;
燃烧室偏心对柴油机缸内流场和燃烧过程影响的研究
Development and Application of Transient Combustion Analysis System for HCCI Engine;
HCCI燃烧过程缸内压力实时采集分析及燃烧特性研究
Experimental Study on Stratified and Homogeneous Combustion of a Methanol Direct-Injection Spark-Ignition Engine
甲醇缸内直喷发动机分层燃烧和均质燃烧的试验研究
"The other port permits the Burned gases, after combustion, to exhaust, or escape, from the cylinder. "
另一个开口是让燃烧后的气体从气缸内排出。
Research on Transient Process of Gasoline Direct Injection HCCI Combustion;
缸内直喷汽油机HCCI燃烧瞬态过程的研究
The Experiment Study of Combustion Characteristics of Low Pressure CNG DI Engine
低压缸内直喷CNG发动机燃烧特性的试验研究
Effect of the Fluid Flows on Exhaust Emission and Combustion of Diesel Engine
缸内气体流动对柴油机燃烧和排放的影响
Effect of CO_2 Intake and Cylinder Injection on Diesel Quasi-Homogeneous Charge Compression Ignition Combustion
CO_2进气道和缸内喷射对柴油准HCCI燃烧的影响
Research on the Distribution Rule of In-cylinder Flow-field for Realizing the Lean-burn Technology in Internal Combustion Engine
内燃机实现稀薄燃烧技术的缸内流场分布规律研究
"It now begins to Burn very-rapidly, and the cylinder pressure increases to as much as 3-5 MP a or even more."
可燃混合气开始发生剧烈燃烧,气缸内压力达到3~5兆帕,甚至更高。