1.Jingchen Zhang et al.,2016,Theoretical conductivity analysis of surface modification agent treated proppant II – Channel fracturing application,Fuel,SCI-JCR2
2.Jingchen Zhang et al.,2016, A new method to diagnose reservoir fluids flow pattern induced by a hydraulic fracture,International Journal of Oil Gas and Coal Technology,SCI
3.Jingchen Zhang et al.,2015,Numerical simulation of hydraulic fracturing coalbed methane reservoir with independent fracture grid,Fuel ,SCI-JCR2
4.Jingchen Zhang et al.,2014, Numerical simulation of hydraulic fracturing coalbed methane reservoir,Fuel,SCI-JCR2
5.Jingchen Zhang et al.,2014, A comprehensive experimental study for optimization of fracture stabilizers,Fuel ,SCI-JCR2
6.Jingchen Zhang et al.,2014, Theoretical conductivity analysis of surface modification agent treated proppant,Fuel,SCI-JCR2
7.Jingchen Zhang et al.,2013, Research of seepage in artificial fracture using pore network model,Science China,SCI
8.Jingchen Zhang et al.,2013, Experimental evaluation of fracture stabilizers,Petroleum Exploration and Development ,SCI
著作及專(zhuān)利(軟件著作權(quán))
專(zhuān)利
1. 用于彈塑性模型的粗化方法
2. 用于彈塑性材料彈性變形的粗化方法
3.一種用于通道壓裂導(dǎo)流能力的預(yù)測(cè)方法
學(xué)術(shù)兼職
1.SPE/EAGE member
2.Fuel/Journal of Natural Gas Science & Engineering/ International Journal of Rock Mechanics and Mining Sciences/Transport in Porous Media 審稿人