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Agent-based composable simulation for virtual prototyping of fluid power system
Computers in Industry, 2004 This paper proposes an agent-based composable simulation framework to address the challenges of integration, composability, distributed coordination, and interaction for the development of a virtual prototype of fluid power system.
S C Fok
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A methodology to automate the design of fluid power systems
International Journal of Computer Integrated Manufacturing, 1998This research introduces a methodology to automate the design functions for discrete part automation in manufacturing systems. The methodology is tested by developing a framework to design fluid power control systems. An object oriented modelling methodology, Object Modelling Technique, is used to model the framework, which acts as a road map for ...
J. C. F. Chan Ajay, Joneja R. Linn
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A multimedia approach to fluid power system design
Proceedings IEEE International Conference on Multimedia Computing and Systems, 2003The design of fluid power systems is a multidisciplinary activity requiring not only considerable background knowledge and experience but also the use of numerous design resources. Current design resources are fragmented and offer no structured guidance.
Thomas G. Richards +2 more
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Load Sensing Fluid Power Systems
SAE Technical Paper Series, 1994<div class="htmlview paragraph">Closed-Center-type Load Sensing Systems for fluid power controls in hydraulic excavators, which had been considered as far back as 1955, were proposed in the U.S.A. in 1975, but were not feasible. In the late of 1980's European-made hydraulic excavators were equipped with load sensing systems, including flow ...
Yasuo Aoki +6 more
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Model Predictive Control of a Wave Energy Converter with Discrete Fluid Power Power Take-Off System [PDF]
Energies, 2018 Wave power extraction algorithms for wave energy converters are normally designed without taking system losses into account leading to suboptimal power extraction.
Michael M Bech +2 more
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A practical application of fluid power systems in manufacturing
Robotica, 1993SUMMARYFluid power is one of the vast fields and its applications in manufacturing are not used for many real-time problems though its capabilities are known. One such application is fluid power for robotic systems. More specifically, in this study, a new hydraulic system is developed for use in actuating a robotic gripper.
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Fluid Power System Contamination Analysis
SAE Technical Paper Series, 1972<div class="htmlview paragraph">Over the past several years, the Army has become increasingly aware of the disastrous effect of solid particle contamination on the life and efficiency of fluid power system components. Something must be done to give a more reliable, quicker, and more accurate check on the system condition at any given time.< ...
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Modelling of fluid power transmission systems
2011 International Symposium on Innovations in Intelligent Systems and Applications, 2011The mathematical modelling of fluid power transmission systems involves solving a system of differential equations and addressing the problems generated by transient pressure propagation. The main difficulties in modelling pressurised, fluid pipelines arise from the complex interactions involving boundary conditions, reflections and non-linear ...
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