摘要简要介绍了地下压缩空气电力储藏(compressed-air energy storage),特别是水封式CAES引出对白主开发用于评价地下水和压缩空气(或可溶瓦斯)二相耦合流动的三维有限元数值计算软件的基本理论、数值离散、方程组解法和实际项目的应用等。在此基础上，开发了三成分水溶性气(二氧化碳和甲烷)液(地下水)多相流程序，并将其应用于二氧化碳地下煤层固定。
Abstract：Underground compressed air energy storage in special water-proof type of CAES is briefly introduced first, and then the foundational theory, numerical discretization,solution methods of simultaneous equations and applications to the practical projects are described in detail with the independently developed three-dimensional inite element software which can deal with the coupled flows of subsurfacewater and air (or soluble gas). At last,the furtherdevelopment of multiphase flow program dealing with the behavior of three components, ie. soluble gases (carbon dioxide and methane) andliquid (subsurface water) for the application to COz scquestration in coal seam, is also discussed.
引用本文:
李 宏，里 優，河原裕德，成田穣，重広道子. 三维有限元多相流程序的开发及其在地下压缩空气电力储藏和二氧化碳煤层固定中的应用[J]. 岩石力学与工程学报, 2003, 22(S1): 2371-2377.
Li Hong, Masaru Sato, Hironori Kawahara, Yotaka Narita, Michiko Shigehiro. DEVELOPMENT OF 3D FINITE ELEMENT MULTJ-PHASE FLOW PROGRAM FOR COMPRESSED AIR ENERGY STORAGE AND CO? SEQUESTRATION IN COAL SEAM. , 2003, 22(S1): 2371-2377.
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2003, Vol. 22 
