Fluid Power displacement machines are still by far the dominant power transfer principles in mobile machinery. Power density, simple continuous variability for rotary and linear drives as well as straight forward repair and service concepts have enabled this technology a very successful development in the last decades. This general lecture will critically analyze if and how those drive line elements will be Key Elements of Future Technology in this market in the future, especially under the view that battery technologies are facing many challenges for powerful machines with intense duty cycles (see also automotive industry) [... aus dem Text]
This paper provides an overview of the challenges and possibilities of the integration of electric d...
Title from PDF of title page (University of Missouri--Columbia, viewed on March 6, 2013).The entire ...
The following article describes the development, validation and series introduction of a novel highl...
Fluid Power displacement machines are still by far the dominant power transfer principles in mobile ...
Positive displacement machines working as hydraulic pumps or hydraulic motors have always been, are ...
Industrial hydraulics is often perceived as an old fashioned technology at the end of its innovation...
The high price of batteries in working machines with electric drives offer a potential for investmen...
High power density in combination with flexible power distribution possibilities and extreme robustn...
This paper discusses an investigation on a novel hydraulic pump concept. The idea aims on a pump pri...
Displacement-controlled actuators, advanced continuously variable transmissions and hydraulic hybrid...
Hydraulic systems represent a crucial part of the drivetrain of mobile machines. The most important ...
Along with the general requirement of continuously increasing efficiency of hydrostatic drivetrains,...
More and more vehicles are being electrified. Mobile working machines and heavy trucks are not exclu...
This work presents the design of a mote-controlled with a hydraulically powered transmission for use...
Electrical machines are generating and using most of the electrical energy converted worldwide from ...
This paper provides an overview of the challenges and possibilities of the integration of electric d...
Title from PDF of title page (University of Missouri--Columbia, viewed on March 6, 2013).The entire ...
The following article describes the development, validation and series introduction of a novel highl...
Fluid Power displacement machines are still by far the dominant power transfer principles in mobile ...
Positive displacement machines working as hydraulic pumps or hydraulic motors have always been, are ...
Industrial hydraulics is often perceived as an old fashioned technology at the end of its innovation...
The high price of batteries in working machines with electric drives offer a potential for investmen...
High power density in combination with flexible power distribution possibilities and extreme robustn...
This paper discusses an investigation on a novel hydraulic pump concept. The idea aims on a pump pri...
Displacement-controlled actuators, advanced continuously variable transmissions and hydraulic hybrid...
Hydraulic systems represent a crucial part of the drivetrain of mobile machines. The most important ...
Along with the general requirement of continuously increasing efficiency of hydrostatic drivetrains,...
More and more vehicles are being electrified. Mobile working machines and heavy trucks are not exclu...
This work presents the design of a mote-controlled with a hydraulically powered transmission for use...
Electrical machines are generating and using most of the electrical energy converted worldwide from ...
This paper provides an overview of the challenges and possibilities of the integration of electric d...
Title from PDF of title page (University of Missouri--Columbia, viewed on March 6, 2013).The entire ...
The following article describes the development, validation and series introduction of a novel highl...