Exploitation of bucket wheel excavators (BWEs) is accompanied by an increase of mass due to transport and adherence of a large amount of the material. Technical regulations do not account for the dynamic behaviour of BWEs. Such problems are analysed as quasi-static. A procedure and results of investigation of the influence of masses of the bucket wheel (BW) incrustation and soil in a blocked BW chute on the superstructure response are presented. Analysis of sensitivity of dynamic characteristics and the response to adherence of the material is conducted. The method and results can be used in the design stages of new and in reconstructions of obsolete BWEs
The Bucket Wheel Excavator (BWE) is the main piece of harvesting equipment used in open-pit lig-nite...
This paper describes the failure analysis results of undercarriage and superstructure vital subass...
In this paper are presented results of tests and analyses of complex dynamic loads carried out on th...
Exploitation of bucket wheel excavators (BWEs) is accompanied by an increase of mass due to transpor...
A slewing superstructure (SS) represents a key functional subsystem of bucket wheel excavators (BWEs...
Bucket wheel excavators (BWEs) are the largest mobile terrestrial machines exposed to the working lo...
An original method for validation of the number of buckets on the working device of a bucket wheel e...
© 2016, Zhejiang University and Springer-Verlag Berlin Heidelberg. Determining a bucket wheel excava...
Continuous earthmoving machines, such as bucket-wheel excavators (BWEs), are the largest mobile terr...
The method for validation of the number of buckets on the working device of a bucket wheel excavator...
Bucket wheel excavators (BWEs) are a backbone of any power industry that heavily relies on surface e...
Design of the buckets of the bucket wheel excavators has to meet the set of the functional requireme...
The bucket wheel excavators (BWE), when operating in faces with hard intrusions (rock structures wit...
A bucket wheel with drive represents a vital subsystem of any bucket wheel excavator. A multidecadal...
Identification of the basic parameters of static stability (BPSS) of the slewing superstructure is t...
The Bucket Wheel Excavator (BWE) is the main piece of harvesting equipment used in open-pit lig-nite...
This paper describes the failure analysis results of undercarriage and superstructure vital subass...
In this paper are presented results of tests and analyses of complex dynamic loads carried out on th...
Exploitation of bucket wheel excavators (BWEs) is accompanied by an increase of mass due to transpor...
A slewing superstructure (SS) represents a key functional subsystem of bucket wheel excavators (BWEs...
Bucket wheel excavators (BWEs) are the largest mobile terrestrial machines exposed to the working lo...
An original method for validation of the number of buckets on the working device of a bucket wheel e...
© 2016, Zhejiang University and Springer-Verlag Berlin Heidelberg. Determining a bucket wheel excava...
Continuous earthmoving machines, such as bucket-wheel excavators (BWEs), are the largest mobile terr...
The method for validation of the number of buckets on the working device of a bucket wheel excavator...
Bucket wheel excavators (BWEs) are a backbone of any power industry that heavily relies on surface e...
Design of the buckets of the bucket wheel excavators has to meet the set of the functional requireme...
The bucket wheel excavators (BWE), when operating in faces with hard intrusions (rock structures wit...
A bucket wheel with drive represents a vital subsystem of any bucket wheel excavator. A multidecadal...
Identification of the basic parameters of static stability (BPSS) of the slewing superstructure is t...
The Bucket Wheel Excavator (BWE) is the main piece of harvesting equipment used in open-pit lig-nite...
This paper describes the failure analysis results of undercarriage and superstructure vital subass...
In this paper are presented results of tests and analyses of complex dynamic loads carried out on th...