Chen, Fangliang

Shi yong zhen jiu shou ce = Practical handbook on acupuncture and moxibustion = Shinkyū hando bukku by Xichuan An( )

2 editions published in 1989 in Chinese and English and held by 2 WorldCat member libraries worldwide

Shi yong zhen jiu shou ce : Zhong ying ri dui zhao = PRACTICAL HANDBOOK ON ACUPUNCTURE AND MOXIBUSTION by Xichuan An( Book )

1 edition published in 1996 in Chinese and held by 1 WorldCat member library worldwide

Zheng zhi jiao xue de ge xing hua zhui qiu( Book )

1 edition published in 2016 in Chinese and held by 1 WorldCat member library worldwide

Zai zhong xue ge xue ke de jiao xue zhong, zheng zhi ke de jiao xue shi nan du zui da de jiao xue ren wu . ben shu zuo zhe jiang " jiao shu yu ren " zuo wei she hui dui jiao shi zhi ze de yi zhong jie ding, ren wei cong jiao yu de ben zhi he ren wu lai kan, jiao shu shi shou duan, yu ren shi mu de . ben shu xiang xi jiang shu liao si xiang zheng zhi ke jiao xue zhong ru he jiang jiao xue shou duan he jiao xue mu de zhi jie tong yi, ru he bu pian li zheng zhi ke jiao xue de fang xiang yu ben zhi, zai jiao xue de ge ge huan jie shang dou yi yu ren wei mu biao, shi zhong zuo dao wei yu ren er jiao . quan shu yue 16 wan zi, hei bai cha tu 20 yu fu

Evaluating the Potential for Replacing the Nuclear Density Gauge using Nonnuclear Alternative Devices and Methods by Janine Abyad( )

1 edition published in 2018 in English and held by 1 WorldCat member library worldwide

This study was initiated with the aim of replacing the nuclear density gauge (NDG) with nonnuclear alternative methods that can be used as acceptance tools during the compaction of soils and dense graded aggregates (i.e., unbound pavement layers). To fulfill this objective, a laboratory procedure for compacting large samples was developed. This procedure facilitated testing using three nonnuclear devices: Briaud compaction device (BCD), light weight falling deflectometer (LWD), and dynamic cone penetrometer (DCP). Four types of aggregates, two subgrade soils, one dense graded aggregate, and one recycled concrete aggregates, were selected to comprehensively cover a wide range of subgrade and base/subbase materials typically used in the State of New Jersey (NJ). Each device was evaluated for accuracy and repeatability. The sensitivity of the results measured from each device to moisture content, compaction effort applied, and testing time was also evaluated. Based on testing results, it was found that the DCP was most sensitive to detecting changes in the measured parameters. The results also indicated that the DCP was the most suitable device for replacing the NDG

Hao da yi ke shu by Fangliang Chen( Book )

1 edition published in 2007 in Chinese and held by 1 WorldCat member library worldwide

An elasto-plastic solution for channel cracking of brittle coating on polymer substrate( )

1 edition published in 2017 in English and held by 1 WorldCat member library worldwide

Abstract: In this article, an elasto-plastic channel-cracking model is presented to study the open-mode fracture of a thin layer brittle coating grown on a polymer substrate. A linear elastic shear interlayer is introduced to describe the stress transfer from the elasto-plastic substrate to the brittle coating, on basis of the shear-lag principle. The channel cracking behavior involves three stages: elastic, elasto-plastic and plastic stages, which are solved in a continuous manner based on the deformation status of the substrate. Explicit solutions are derived for the mutli-stage cracking process. Corresponding experimental tests for a titanium oxide (TiO2) coating on a poly (ethylene terephthalate) substrate are conducted. The fracture toughness of the coating layer is estimated based on the crack spacing versus layer thickness relationship at certain strain levels. This method is found to be more reliable than the traditional methods using crack onset strain. Parametric studies of the fracture energy release rate for the coating and interfacial compliance of the thin film system are conducted, through which the effect of plastic deformation on the channel cracking behavior is studied extensively. The results indicate that the tangent modulus of the substrate controls the evolution curvature of crack spacing where a smaller tangent modulus corresponds to a slower saturation of crack spacing. The energy release rate also varies significantly with the properties of the interlayer. The study highlights the necessity of an elasto-plastic model for the thin film systems of brittle coating on a plastic substrate