GEOMETRY OPTIMIZATION OF WATER-JET MACHINE CUTTING HEAD USING FINITE ELEMENT METHOD
Article Sidebar
Open full text
Published:
Jun 18, 2014
Issue Vol. 4 No. 2 (2014)
Articles
-
RESEARCH MADE IN INSTITUTE OF COMPUTER SCIENCE
3-4
-
INDUSTRIAL IMPLEMENTATION AS A RESEARCH WORK KEYNOTE OF THE ELECTRICAL DRIVES AND ELECTRICAL MACHINES DEPARTMENT
5-8
-
OPTOELECTRONIC SYSTEMS IN DIAGNOSTIC AND MEASUREMENT APPLICATIONS
9-10
-
ELECTROTECHNOLOGIES SUPPORTING OF DIELECTRIC PLANT MATERIAL PROCESSING
11-12
-
COMPUTER SCIENCE STUDENT AT LUBLIN UNIVERSITY OF TECHNOLOGY KNOWLEDGE OF E-LEARNING PLATFORMS
13-15
-
HYPERFINE INTERACTIONS IN (BiFeO3)0.9-(BaTiO3)0.1 CERAMICS PREPARED BY MECHANICAL ACTIVATION
16-19
-
ELECTRON OSCILLATIONS IN A QUANTUM DOT SYSTEM – NUMERICAL ANALISIS
20-23
-
INFLUENCE OF THE MAGNETIC FIELD ON FLOWING LIQUID OF SELECTED MAGNETIC PROPERTIES
24-27
-
DEVICE FOR STUDY OF DYNAMIC SURFACE TENSION OF AQUEOUS SURFACTANT SOLUTIONS
28-30
-
INFORMATION SYSTEM FOR A FUZZY COGNITIVE ANALYSIS AND MODELING
31-33
-
MODELING AND EVALUATION OF PROJECT RISKS IN MULTI-PROJECT ENVIRONMENT
34-36
-
CURRENT LIMITING SWITCH OF ALTERNATIVE VOLTAGE
37-40
-
OPTICAL CHARACTER RECOGNITION USING ARTIFICIAL INTELLIGENCE TECHNOLOGIES
41-44
-
KNOWLEDGE EXTRACTION FROM THE EDDY CURRENT MEASUREMENT DATA
45-48
-
ADAPTIVE LQR COURSE-KEEPING CONTROLLER FOR THE NONLINEAR MIMO MODEL OF A CONTAINER VESSEL
49-52
-
GEOMETRY OPTIMIZATION OF WATER-JET MACHINE CUTTING HEAD USING FINITE ELEMENT METHOD
53-56
-
THE FUNCTIONALLY-ORIENTED METHOD FOR SPECIALIZED EI-SYSTEMS DESIGN APPLICATION
57-61
-
DEVELOPMENT OF THE ALGORITHMIC SOFTWARE AND INFORMATION SUPPLIES FOR THE LINGUISTIC ONTOLOGY BASED ON STRUCTURED ELECTRONIC ENCYCLOPEDIC RESOURCE FORMATION METHOD
62-67
-
DEVELOPMENT OF THE AUTOMATIC CONTROL SYSTEM OF PUMPING STATION FOR URBAN WATER SUPPLY
68-71
-
SOME TECHNICAL AND ECONOMIC ASPECTS OF THE LOCATION OF WIND FARMS
72-76
-
THE LABORATORY SYSTEM TO ANALYZING POWER INVERTERS DURING VOLTAGE SAG
77-80
Main Article Content
DOI
Authors
Abstract
The article presents optimization process of water-jet cutting head geometry using ANSYS Workbench software. The aim of study was to examine influence of specific dimensions on output abrasive stream flow parameters. Statistical analysis of the results will help to reduce the complexity of the model in the later studies by omitting irrelevant parameters.
Keywords:
optimization, FEM, water-jet machining, geometry parameters
Article Details
Szczepanik, M. (2014). GEOMETRY OPTIMIZATION OF WATER-JET MACHINE CUTTING HEAD USING FINITE ELEMENT METHOD. Informatyka, Automatyka, Pomiary W Gospodarce I Ochronie Środowiska, 4(2), 53–56. https://doi.org/10.5604/20830157.1109376
