JIS B 2005-2-1:2019 工業プロセス用調節弁―第2部:流れの容量―第1節:取付け状態における流れのサイジング式 | ページ 10

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B 2005-2-1 : 2019 (IEC 60534-2-1 : 2011)
参考文献
[1] BAUMANN, H.D., A Unifying Method for Sizing Throttling Valves Under Laminar or Transitional Flow
Conditions, Journal of Fluids Engineering, Vol. 115, No. 1, March 1993, pp.166-168.
[2] BAUMANN, H.D. Effect of Pipe Reducers on Control Valve Sizing, Instruments and Control Systems,
December 1968, pp 99-102.
[3] STILES, G.F. Liquid Viscosity Effects on Control Valve Sizing, Technical Manual TM 17A,October 1967,
Fisher Governor Co., Marshalltown.
[4] BAUMANN, H.D. Whats New in Valve Sizing, Chemical Engineering, June 1996.
[5] BOGER, H.W. Recent Trends in Sizing Control Valves, Instruments and Control Systems,1991, pp 117-121.
[6] SINGLETON, E.W. Adapting Single Stage Sizing Standards for Multistage Control Valves,Intech, August 1997.
[7] SINGLETON, E.W. The Calculation of the Expansion Factor “Y” for Multistage Control Valves,Valve World,
Vol 6, Issue 2, April 2001.
[8] BOGER, H.W. The Control Valve Body−a Variable Flow Restrictor, ISA Preprint No 11, 11-2-66.
[9] BAUMANN, H.D. The Introduction of a Critical Flow Factor for Valve Sizing, ISA Transactions,Vol 2, pp
107-111.

JIS B 2005-2-1:2019の引用国際規格 ISO 一覧

  • IEC 60534-2-1:2011(IDT)

JIS B 2005-2-1:2019の国際規格 ICS 分類一覧

JIS B 2005-2-1:2019の関連規格と引用規格一覧