Implementace a aplikace metody párování obráběných materiálů a břitů při orbitálním vrtání
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Vysoké učení technické v Brně. Fakulta strojního inženýrství
Abstract
This internship's objective is to implement modeling of uncut chip thicknesses and milling forces in 3-axis milling, and apply it to orbital drilling. The goal is to understand deeper the process, and develop a tool which permits to model a wide range of end-mill tool geometries, and most of 3-axis milling operations.In this report, the following axis will be developed: • The modeling of the complex tool geometry • The modeling of uncut chip thicknesses in slot milling, and for any 3-axis milling operation • The strategy which has been chosen to identify cutting forces coefficients, and their use. • The obtained results and prospects for development.
This internship's objective is to implement modeling of uncut chip thicknesses and milling forces in 3-axis milling, and apply it to orbital drilling. The goal is to understand deeper the process, and develop a tool which permits to model a wide range of end-mill tool geometries, and most of 3-axis milling operations.In this report, the following axis will be developed: • The modeling of the complex tool geometry • The modeling of uncut chip thicknesses in slot milling, and for any 3-axis milling operation • The strategy which has been chosen to identify cutting forces coefficients, and their use. • The obtained results and prospects for development.
This internship's objective is to implement modeling of uncut chip thicknesses and milling forces in 3-axis milling, and apply it to orbital drilling. The goal is to understand deeper the process, and develop a tool which permits to model a wide range of end-mill tool geometries, and most of 3-axis milling operations.In this report, the following axis will be developed: • The modeling of the complex tool geometry • The modeling of uncut chip thicknesses in slot milling, and for any 3-axis milling operation • The strategy which has been chosen to identify cutting forces coefficients, and their use. • The obtained results and prospects for development.
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Citation
SAILLET, A. Implementace a aplikace metody párování obráběných materiálů a břitů při orbitálním vrtání [online]. Brno: Vysoké učení technické v Brně. Fakulta strojního inženýrství. 2018.
Document type
Document version
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Language of document
en
Study field
Industrial Engineering
Comittee
prof. Ing. Gerard Poulachon, Ph.D. (předseda)
prof. Ing. Miroslav Píška, CSc. (místopředseda)
Assoc. prof. Ing. Guilaume Fromentin, Ph.D. (člen)
Ing. Yann Paire, Ph.D. (člen)
Ing. Petra Sliwková, Ph.D. (člen)
Date of acceptance
2018-09-12
Defence
Diplomant seznámil komisi s obsahem a výsledky své diplomové práce a zodpověděl otázky oponentů.
V průběhu obhajoby byly položeny následující doplňující otázky:
You use analytical and geometrical approach. Do you precision in % between both?
How do you plant that coefficient, page 27 in your presentation?
Describe precision cutting thickness, page 24 in your presentation?
Could you compare the tool, page 27 in your presentation?
Why is kcf2 zero?
Otázky členů komise byly zodpovězeny.
Result of defence
práce byla úspěšně obhájena
Document licence
Přístup k plnému textu prostřednictvím internetu byl licenční smlouvou omezen na dobu 3 roku/let