Analyse der mechanischen Randbedingungen zur Adaption der oszillierenden Hinterschneidtechnik an einen Mobilbagger
Weidemann, Roman
Analyse der mechanischen Randbedingungen zur Adaption der oszillierenden Hinterschneidtechnik an einen Mobilbagger - KIT Scientific Publishing 2014 - 1 electronic resource (159 p. p.)
Open Access
The oscillating disc cutting process has shown excellent results in precisely removing area-limited-concrete structures. Due to the highly dynamic oscillatory motion, the stiffness requirements to the tool structure and the basic machine have to be considered, which is the main purpose of this work. Based on these results, a concept of a mechanical adaption of the oscillating disc cutting process to an excavator attachment tool will be developed and tested on a prototype.
Creative Commons
German
KSP/1000039462 9783731501930
10.5445/KSP/1000039462 doi
system analysis MobilbaggerDisc Cutting Werkzeugadaption Systemanalyse stiffness requirement Hinterschneidtechnik Steifigkeitsanforderung Wheeled Excavator tool adaption
Analyse der mechanischen Randbedingungen zur Adaption der oszillierenden Hinterschneidtechnik an einen Mobilbagger - KIT Scientific Publishing 2014 - 1 electronic resource (159 p. p.)
Open Access
The oscillating disc cutting process has shown excellent results in precisely removing area-limited-concrete structures. Due to the highly dynamic oscillatory motion, the stiffness requirements to the tool structure and the basic machine have to be considered, which is the main purpose of this work. Based on these results, a concept of a mechanical adaption of the oscillating disc cutting process to an excavator attachment tool will be developed and tested on a prototype.
Creative Commons
German
KSP/1000039462 9783731501930
10.5445/KSP/1000039462 doi
system analysis MobilbaggerDisc Cutting Werkzeugadaption Systemanalyse stiffness requirement Hinterschneidtechnik Steifigkeitsanforderung Wheeled Excavator tool adaption