Development of a Waterjet Propulsor for the Marine Corps High Water Speed Landing Craft Application

J. Stricker, A. J. Becnel, J. Purnell
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Abstract

An advanced high performance waterjet propulsor was developed as part of the Marine Corps Surface Mobility technology development effort. Design optimization, performance estimating, and hydrodynamic design procedures are described for a propulsion unit required to meet specified thrust, power, and envelope characteristics. Testing of a 10-inch scale model and trials of the full scale propulsion units in both the HWSTD (High Water Speed Technology Demonstrator) and PSD (Propulsion System Demonstrator) developmental vehicles are described and performance data correlations presented.
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海军陆战队高水速登陆艇用喷水推进器的研制
作为海军陆战队水面机动技术开发工作的一部分,开发了一种先进的高性能水射流推进器。设计优化、性能评估和流体动力设计过程描述了需要满足特定推力、功率和包络特性的推进装置。描述了在HWSTD(高水速技术演示器)和PSD(推进系统演示器)开发车辆中进行的10英寸模型测试和全尺寸推进装置试验,并给出了性能数据的相关性。
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Design Method and Application of an Asymmetric Stator Upstream of an Inclined Shaft Propeller Comparison of Wave Reflection Equations with Experimental Wave Basin Data Developments at University of New Orleans Towing Tank, 1989-1992 Development of a Waterjet Propulsor for the Marine Corps High Water Speed Landing Craft Application Correlation of the USMC High Speed Technology Demonstrator and Propulsion System Demonstrator
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