Influence of wall heat transfer on knocking in gasoline engines

机译：壁面传热对汽油机爆震的影响

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The aim of this work is to develop a numerical calculation procedure for studies of two-dimensional, unsteady and compressible flow and heat transfer of the end-gas ina combustion chamber as it si compressed by a progressing flame front. Initially a Cartesian coordinate system is employed and te flame front is assumed to be strainght. An implicit finite volume computer code based on the SIMPLE-algorithm is used. Preliminary prediction of variations of temperature, pressure and density as a function of time 9crank angle) are presented.

机译：这项工作的目的是开发一种数值计算程序，以研究端气在燃烧室中被前进的火焰前沿压缩时的二维，不稳定和可压缩的流动和传热。最初使用笛卡尔坐标系，并且假定火焰前锋是应变的。使用基于SIMPLE算法的隐式有限体积计算机代码。给出了温度，压力和密度随时间（曲柄角9）的变化的初步预测。

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来源
《Fourth International Conference on Advanced Computational Methods in Heat Transfer held in Udine, Italy, in July 1996》|1996年|p.229-237|共9页
会议地点 Udine(IT)
作者
S. Hajireza; B. Sunden;
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正文语种 eng
中图分类能源与动力工程;
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1. A Sectoral Approach to Modelling Wall Heat Transfer in Exhaust Ports and Manifolds for Turbocharged Gasoline Engines [J] . Bjoern Franzke, Stefan Pischinger, Philipp Adomeit, SAE International Journal of Materials and Manufacturing . 2016,第2期

机译：涡轮增压汽油机排气口和歧管内壁传热的模型化方法
2. A novel transient wall heat transfer approach for the start-up of SI engines with gasoline direct injection [J] . David Lejsek, Andre Kulzer, Juergen Hammer Heat and mass transfer . 2010,第10期

机译：用于汽油直喷SI发动机启动的新型瞬态壁传热方法
3. Numerical investigation of boundary layer flow and wall heat transfer in a gasoline direct-injection engine [J] . Xueqi Fan, Zhizhao Che, Tianyou Wang, International Journal of Heat and Mass Transfer . 2018,第may期

机译：汽油直喷发动机边界层流动和壁面传热的数值研究
4. A Sectoral Approach to Modelling Wall Heat Transfer in Exhaust Ports and Manifolds for Turbocharged Gasoline Engines [C] . Bjoern Franzke, Stefan Pischinger, Philipp Adomeit, SAE World Congress and Exhibition . 2016

机译：涡轮汽油发动机排气口和歧管中壁传热建模的部门方法
5. Thermal characterization and heat transfer study of a gasoline homogeneous charge compression ignition engine via measurements of instantaneous wall temperature and heat flux in the combustion chamber. [D] . Chang, Junseok. 2004

机译：通过测量燃烧室的瞬时壁温和热通量，对汽油均质充量压缩点火发动机进行热特性和传热研究。
6. Influences of the Geometry of the ScavengePipe on the Air–Oil Two-Phase Flow and Heat Transfer in anAero-Engine Bearing Chamber [O] . Peng Lu, *, Lulu Fang, 2019

机译：清道夫的几何形状的影响管道上的气-油两相流和传热航空发动机轴承室
7. Periodic Heat Transfer in Internal Combustion Engines : Part 2, On the Coefficient of Heat Transfer between Gases and Cylinder Walls of the Spark-Ignition Engine [O] . Tatsu OGURI 1959

机译：内燃机中的周期性传热：第2部分，在火花点火发动机气体和气缸壁之间的传热系数上
8. Predictions of the Effects of High Temperature Walls, Combustion, and Knock on Heat Transfer in Engine-Type Flows. [R] . Yang, J., Martin, J. K. 1990

机译：高温壁，燃烧和爆震对发动机型流动传热影响的预测。

Influence of wall heat transfer on knocking in gasoline engines

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