Mechatronic Approach to the Modeling of Machine Aggregates

Milan Nad; Jozef Steinhauser; Ladislav Rolník

doi:10.4028/www.scientific.net/AMM.693.317

Paper Titles

A Determination of Material Properties of Flexible Structures Using EMA and FEM Analysis
p.293

The Effect of Real and Averaged Boundary Conditions on the Cooling Rate for the Simulation of Heat Treatment Processes
p.299

The Dependence of the Friction Coefficient on the Size and Course of Sliding Speed
p.305

Vibration Analysis of Reinforced Beam Structure Using Partially Inserted Longitudinal Core
p.311

Mechatronic Approach to the Modeling of Machine Aggregates
p.317

Kinematical Analysis of Gearboxes with Spiroid Gears
p.323

Identification of Surface Topography Scanned by Laser Scanning Confocal Microscope
p.329

Influence of the Position of Ignition Source on the Raw Materials Used to Produce Biofuel in Form of Wood Pellets
p.335

The Loss of Plastic Properties Stability of Thin Tinplates and its Influence on Change of Corrosive Resistance
p.340

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 693Mechatronic Approach to the Modeling of Machine...

Mechatronic Approach to the Modeling of Machine Aggregates

Abstract:

Significant development of the new production technologies requires an adequate development of the production systems on which these technologies carried out. It is obvious that those facts affect the structural design of new advanced manufacturing systems and also require both research and development of new drive systems. In this context [1], drive systems have the character of complex dynamic systems with elements, resp. subsystems, which have both the different physical nature and in many cases are characterized by control, i.e. having features of the mechatronic systems. The conception of mechatronic drive systems modelling consists of an integration of knowledge from various technical disciplines (i.e. mechanics, electronics, control) to obtain a product with highest possible technical and economical parameters. In this light, the machine aggregates must be modelled as dynamic systems to drive a plant (mechanical load, mechanical working equipment) and to control the technological process.

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Periodical:

Applied Mechanics and Materials (Volume 693)

Pages:

317-322

DOI:

https://doi.org/10.4028/www.scientific.net/AMM.693.317

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Online since:

December 2014

Authors:

Milan Nad, Jozef Steinhauser, Ladislav Rolník

Keywords:

Beam Structure, Finite Element Method (FEM), Modal Properties, Reinforcing Core, Vibration

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