Search for dissertations about: "Jan-ove Palmberg"
Showing result 1 - 5 of 9 swedish dissertations containing the words Jan-ove Palmberg.
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1. On Fluid Power Pump and Motor Design : Tools for Noise Reduction
Abstract : Noise and vibration are two of the main drawbacks with fluid power systems. The increasing requirements concerning working environment as well as machines' impact on surroundings put components and systems to harder tests. The surrounding machines, e.g. READ MORE
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2. Mobile Fluid Power Systems Design : with a Focus on Energy Efficiency
Abstract : This work deals with innovative energy efficient fluid power systems for mobile applications. The subjects taken up concern to what extent and how energy losses can be reduced in mobile working hydraulics systems. Various measures are available for increasing energy efficiency in these kinds of systems. READ MORE
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3. Operator and Machine Models for Dynamic Simulation of Construction Machinery
Abstract : VIRTUAL PROTOTYPING has been generally adopted in product development in order to minimise the traditional reliance on testing of physical prototypes. It thus constitutes a major step towards solving the conflict of actual increasing development cost and time due to increasing customer demands on one side, and the need to decrease development cost and time due to increasing competition on the other. READ MORE
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4. Quantifying Operability of Working Machines
Abstract : In working machines the human operator is essential for the performance of the total system. Productivity and energy efficiency are both dependent not only on inherent machine properties and working place conditions, but also on how the operator manoeuvres the machine. READ MORE
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5. On Energy Efficient Mobile Hydraulic Systems : with Focus on Linear Actuation
Abstract : In this dissertation, energy efficient hydraulic systems are studied. The research focuses on solutions for linear actuators in mobile applications, with emphasis on construction machines. Alongside the aspect of energy efficiency, the thesis deals with competing aspects in hydraulic system design found in the development of construction machines. READ MORE