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R744 MULTI EJECTOR DEVELOPMENT

机译:R744多弹射器开发

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The ejector design is defined by the operational conditions and by the system/application the ejector will be used for. By changing the geometrical design of the ejector, the characteristics of the ejector will change and the operational area where the ejector is more efficient will also change. Different system designs will have different requirements and will require/benefit most from ejector designs that are adapted to the unique characteristics of each system type. The present paper is briefly describing an investigation of typical ejector systems along with the characteristics of an ejector dedicated for these systems. Experimental studies were conducted by SINTEF with a multi ejector and different geometrical ejector designs where investigated. Almost 1000 experiments have been performed mapping the various ejectors at different operational conditions.
机译:喷射器设计由操作条件和系统/应用程序定义,弹射器将用于。 通过改变喷射器的几何设计,喷射器的特性将改变,并且喷射器更有效的操作区域也将改变。 不同的系统设计将具有不同的要求,并将需要/受益于适应每个系统类型的独特特性的喷射器设计。 本文简要介绍了对典型喷射器系统的研究以及专用于这些系统的喷射器的特性。 Sintef通过多喷射器和不同的几何喷射器设计进行了实验研究。 已经在不同的操作条件下进行了几乎1000个实验映射了各种喷射器。

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