Numerical investigation on dynamic characteristics of drilling shaft in deep hole drilling influenced by minimal quantity lubrication

The dynamic characteristics of drilling shaft in deep hole drilling influenced by minimal quantity lubrication (MQL) is investigated. According to the features of the compressible fluid Reynolds equation in oil/air feature, a time-dependent mathematical model is established to describe the pressure...

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Published inNonlinear dynamics Vol. 74; no. 4; pp. 943 - 955
Main Authors Kong, Lingfei, Li, Yan, Lv, Yanjun, Wang, Qinfeng
Format Journal Article
LanguageEnglish
Published Dordrecht Springer Netherlands 01.12.2013
Springer Nature B.V
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Abstract The dynamic characteristics of drilling shaft in deep hole drilling influenced by minimal quantity lubrication (MQL) is investigated. According to the features of the compressible fluid Reynolds equation in oil/air feature, a time-dependent mathematical model is established to describe the pressure distribution of cutting fluid with nonlinearity in MQL deep hole drilling. By introducing the differential transformation approach, the time-dependent pressure equation arising from cutting fluid is solved by the use of direct integral method. The influences of the rotational speed, the transverse displacement ratio, and radial clearance on the hydrodynamic pressure distribution of cutting fluid are obtained. The advantage of this method is to overcome much of the computational cost and has its rapid convergence rate. Furthermore, the nonlinear responses of drilling shaft influenced by MQL are analyzed, and the instability rotational speeds of drilling tool are discussed while the design parameters of drilling shaft system changing.
AbstractList The dynamic characteristics of drilling shaft in deep hole drilling influenced by minimal quantity lubrication (MQL) is investigated. According to the features of the compressible fluid Reynolds equation in oil/air feature, a time-dependent mathematical model is established to describe the pressure distribution of cutting fluid with nonlinearity in MQL deep hole drilling. By introducing the differential transformation approach, the time-dependent pressure equation arising from cutting fluid is solved by the use of direct integral method. The influences of the rotational speed, the transverse displacement ratio, and radial clearance on the hydrodynamic pressure distribution of cutting fluid are obtained. The advantage of this method is to overcome much of the computational cost and has its rapid convergence rate. Furthermore, the nonlinear responses of drilling shaft influenced by MQL are analyzed, and the instability rotational speeds of drilling tool are discussed while the design parameters of drilling shaft system changing.
Author Wang, Qinfeng
Kong, Lingfei
Lv, Yanjun
Li, Yan
Author_xml – sequence: 1
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  surname: Kong
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  fullname: Li, Yan
  organization: Xi’an University of Technology
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  organization: Xi’an University of Technology
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  givenname: Qinfeng
  surname: Wang
  fullname: Wang, Qinfeng
  organization: Xi’an University of Technology
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CitedBy_id crossref_primary_10_1007_s11465_023_0752_4
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Issue 4
Keywords Instability rotational speed
Deep hole drilling
Hydrodynamic pressure
Dynamic responses
Minimal quantity lubrication
Language English
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Snippet The dynamic characteristics of drilling shaft in deep hole drilling influenced by minimal quantity lubrication (MQL) is investigated. According to the features...
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SubjectTerms Automotive Engineering
Classical Mechanics
Compressible fluids
Control
Cutting fluids
Cutting parameters
Design parameters
Differential equations
Drilling
Dynamic characteristics
Dynamical Systems
Engineering
Hydrodynamic pressure
Lubrication
Mechanical Engineering
Nonlinearity
Original Paper
Pressure dependence
Pressure distribution
Reynolds equation
Stability
Stability analysis
Stress concentration
Time dependence
Vibration
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Title Numerical investigation on dynamic characteristics of drilling shaft in deep hole drilling influenced by minimal quantity lubrication
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