Working Parameters Selection of Bladder-Type Accumulator under the Different Conditions

Abstract:

Article Preview

Currently there is a lot of material presented on the selection of different conditions and specific formula in order to select accumulator parameters. Yet these formulas are calculated in different degree of approximation and assumptions. This paper mainly considers the effect of the poly index and temperature to the working parameters in the charge process; and designs the software package of parameter selection of the accumulators. The key index formula is derivated, and the more accurate total volume V0 can be given trough computation. It is accurate basis for the selection of the accumulator.

Info:

Periodical:

Edited by:

Mohamed Othman

Pages:

841-844

Citation:

X. M. Wu and Y. F. Yang, "Working Parameters Selection of Bladder-Type Accumulator under the Different Conditions", Applied Mechanics and Materials, Vols. 229-231, pp. 841-844, 2012

Online since:

November 2012

Export:

Price:

$38.00

[1] J. Chamberlain, and W. Flippo, Making the choice-bladder or piston accumulator, HYDRAULICS & PNEUMATICS, Nov. 1987, pp.58-64.

[2] J.B. Mordas, The neglected component of the Accumulators, HYDRAULICS &PNEUMATICS, vol. 7, (1994).

[3] Yali Ma, and Zhijian Huang, Accumulator practical techniques. Chemical industry press, June. (2007).

[4] Entao Zhou, The manual of designing and selecting the hydraulic system components, China Mchine Pess, September. 2007. pp.740-753.

[5] Zhao Qi, The computer aided design of accumulator and working loop, Master degree theses of YanShan University, January. (2001).

[6] Xiangdong Kong, and Lingxiao Quan, The History, Current Situation of Accumulator's Research and its Vista, MACHINE & HYDRAULICS, July. (2004).

[7] Dewei Wang, Determination of the Gas Polytropic Exponent in the Charge Process of the Energy Accumulator, HYDRAULICS & PNEUMATICS, vol. 9, (2007).

[8] Li xi, Zhang cong, and Chai xin, Visual Basic Programming fundamentals, China Railway Publishing House, (2005).