AbstractDynamic behavior of the forging machines is necessary to explore due to the increasing of speeds on large forging hydraulic presses for open die forging. The paper describes the modal analysis of two selected presses, which represent the most common designs of hydraulic presses for forging. The first press is with double-column frame CKV 50 with the force 50MN and the second one is with four-column frame CKV 170 with the force 170 MN. Further are described the simulations of oscillation, which was excited by time-dependent work force. Results of analysis are compared with measurement in the real operation
Abstract: In the traditional design of the working equipment of the hydraulic excavator, its stress ...
This paper presents the results of numerical tests of the process of forging magnesium alloy ingots ...
AbstractThis paper deals with the possibilities of advanced FEM simulations used for the understandi...
AbstractWork on hydraulic presses is defined by a static forging force. This force may have in speci...
This paper presents a mathematical model which provides a basic description of the force and displac...
The industrial request of more geometrical accuracy and respect in tolerances is achieved by the inc...
Due to their great influence on part accuracy and tooling preservation, the elastic behaviour and st...
For production of components, which are made by open die forging, are used forging hammers and hydra...
This work deal with workshop hydraulic press to moulding heated rod blanks with the possibility of a...
In the branch of the construction of production machines there are trends and necessity to introduce...
The development of electromechanical servo presses permits greater flexibility in process kinematics...
The magnitude of dynamic loads is one of the factors that reduce the reliability and durability of t...
The servo technology was implemented in screw presses to produce high press forces for stamping and ...
The article presents an analysis of the multi-operation hot die forging process, performed on a pres...
AbstractVertical crankshaft forging presses are designed for precision die forging and calibrating l...
Abstract: In the traditional design of the working equipment of the hydraulic excavator, its stress ...
This paper presents the results of numerical tests of the process of forging magnesium alloy ingots ...
AbstractThis paper deals with the possibilities of advanced FEM simulations used for the understandi...
AbstractWork on hydraulic presses is defined by a static forging force. This force may have in speci...
This paper presents a mathematical model which provides a basic description of the force and displac...
The industrial request of more geometrical accuracy and respect in tolerances is achieved by the inc...
Due to their great influence on part accuracy and tooling preservation, the elastic behaviour and st...
For production of components, which are made by open die forging, are used forging hammers and hydra...
This work deal with workshop hydraulic press to moulding heated rod blanks with the possibility of a...
In the branch of the construction of production machines there are trends and necessity to introduce...
The development of electromechanical servo presses permits greater flexibility in process kinematics...
The magnitude of dynamic loads is one of the factors that reduce the reliability and durability of t...
The servo technology was implemented in screw presses to produce high press forces for stamping and ...
The article presents an analysis of the multi-operation hot die forging process, performed on a pres...
AbstractVertical crankshaft forging presses are designed for precision die forging and calibrating l...
Abstract: In the traditional design of the working equipment of the hydraulic excavator, its stress ...
This paper presents the results of numerical tests of the process of forging magnesium alloy ingots ...
AbstractThis paper deals with the possibilities of advanced FEM simulations used for the understandi...