FEM Modelling and Characteristics Research of Cylindrical Journal Bearing for Cone Inertial Crusher / KID-300
Journal Title: RECENT - Year 2014, Vol 15, Issue 42
Abstract
This article presents finite element modeling and simulation analysis of vertical cylindrical journal bearing for cone inertial crusher (KID-300). The research is done through changing different technical and constructive bearing parameters. There is obtained results about pressure distribution and power losses in the bearing. Throughout analysis of those results, determinates the most suitable working regime for the bearing according to minimization of the power loses in the bearing. The presented research method is suitable for examination of bearing behaviour in different working regimes of the crusher.
Authors and Affiliations
Petko NEDYALKOV
Keywords
Related Articles
- EP ID EP94473
- DOI -
- Views 84
- Downloads 0
Automated Feature Recognition and Extraction from CAD Models
Automated feature recognition is considered a critical component for integration CAD and CAPP. The goal of these systems is to recognize and extract features of a part stored in the CAD files and to drive CAPP system whi...
Evaluation of the Equipments Operational Reliability in XPS-Manufacturing Complexes
The present paper describes the creation of reliability data trends, used as a basis for the further development of some advanced reliability models and techniques. The developed methods, models and techniques are then a...
Equipment for the Production of Fruit Past
Highly advanced equipment for the processing of non-traditional wild plant raw material was developed for the production of organic food products with high biological value. The process of producing fruit paste with the...
Energy Efficiency in Refuse Derived Fuel Utilization
Refuse derived fuel (RDF) derived from municipal solid waste (MSW) is an issue of essential consideration for the sustainable management of the waste-to-energy concept. The policy of waste management in Bulgaria is based...
Modelling and Simulating the Pressing Process of Iron Powders with Different Particle Sizes
This paper brings into focus new modelling features in the context of pressing process of iron powders with different particle sizes. The study is focused on the evolution of green density function of the pressing speed,...