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您的检索式：作者名="Shide Liang"
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| 1 | Development and Properties of Glass Fiber Reinforced Plastics Geogrid显示文摘Glass fiber reinforced plastics geogrid has a wide application in the fi eld of soil reinforcement because of its high strength, good toughness, and resistance to environmental stress, creep resistance and strong stability. In order to get high-powered glass fi ber reinforced plastics geogrid and its mechanical characteristics, the properties and physical mechanical index of geogrid have been got through the study of its raw material, production process and important quality index. The analysis and study have been made to the geogrid's mechanical properties with loading speed, three-axial compression, temperature tensile test and FLAC3 Dnumerical simulation, thus obtain the mechanical parameters of its displacement time curve, breaking strength and elongation at break. Some conclusions can be drawn as follows:(a) Using glass fi ber materials, knurling and coated projection process, the fracture strength and corrosion resistance of geogrid are greatly improved and the interlocking bite capability of soil is enhanced.(b) The fracture strength of geogrid is related to temperature and loading rate. When the surrounding rock pressure is fixed, the strength and anti-deformation ability of reinforced soil are significantly enhanced with increasing reinforced layers.(c) The pullout test shows the positive correlation between geogrid displacement and action time.(d) As a new reinforced material, the glass fi ber reinforced plastics geogrid is not mature enough in theoretical research and practical experience, so it has become an urgent problem both in theoretical study and practical innovation. | 王清标 ZHANG Cong WEN Xiaokang Lü Rongshan LIANG Xunmei LU Shide | 2015 | Journal of Wuhan University of Technology(Materials Science)2015，30，3： | 2 |
| 2 | Rational screenning in combinatorial peptide libraries of protein functional loop显示文摘Redesigning the sequences of protein loops is a frequent practice in protein design. Based on the new results of protein loop database analysis, a rational computer simulation strategy is proposed to obtain functional proteins, which exploits a fast and accurate program to calculate the protein loop conformation, and at the same time, combines molecular docking method with combinatorial chemistry strategy to screen the combinatorial peptide library of pro- | Weizhong Li Zhijie Liu Shide Liang Yuzhen Han Luhua Lai | 1999 | Chinese Science Bulletin1999，44，23： | 0 |
| 3 | Grafting of protein-protein binding sites显示文摘A strategy for grafting protein-protein binding sites is described. Firstly, key interactionresidues at the interface of ligand protein to be grafted are identified and suitable positions in scaffold protein for grafting these key residues are sought. Secondly, the scaffold proteins are superposed onto the ligand protein based on the corresponding Cα and Cβ atoms. The complementarity between the scaffold protein and the receptor protein is evaluated and only matches with high score are accepted. The relative position between scaffold and receptor proteins is adjusted so that the interface has a reasonable packing density. Then the scaffold protein is mutated to corresponding residues in ligand protein at each candidate position. And the residues having bad steric contacts with the receptor proteins, or buried charged residues not involved in the formation of any salt bridge are mutated. Finally, the mutated scaffold protein in complex with receptor protein is co-minimized by Charmm. In addition, we | Shide Liang Lan Xiao Fenglou Mao Lin Jiang Yuzhen Han Luhua Lai | 2000 | Chinese Science Bulletin2000，45，18： | 0 |
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