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Advanced Fluid Power Systems in Mechanical Engineering

Explore the latest advancements in fluid power systems with a focus on electromechanical transducers, resistance networks, and flow behavior. This presentation delves into simulation models, controller structures, and fluidic damping for innovative solutions. Gain insights from expert speaker John Smith on March 26, 2012.

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Advanced Fluid Power Systems in Mechanical Engineering

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  1. Faculty of Mechanical Enginering – Institute of Fluid Power Your Logo Your Company name Title of the Presentation Speaker: John Smith Date: March 26 2012 Outline: 1 Introduction 2 Task 3 Objective 4 Solution 5 Conclusion / Outlook representative image

  2. Outline Title of the slide Introduction • Task • Objective • Solution • Conclusion / Outlook • Example text Your Logo Date

  3. + - pA pK pM pT pM4 pM pM2 pM3 pM5 Simulation Model Introduction • Task • Objective• Solution • Conclusion / Outlook UM UD Elektromechanical transducer - Resistance network - Leakage flux - Eddy currents - Force IM FM xK Controller and Electronic - Amplifier - Pulse modulation - Controller structure FK xK FStr m xK Mechanic - Equation of motion - Spring - Friction, Damping FR FA FF FMD xK Flow behaviour - Resistance network - Flow geometry - Pressure and flow forces pM Fluidic Damping - Throttles - Volumes

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