| 標題: | 顆粒材料微觀力學組合律模式及應用 Micromechanics-Based Constitutive Model of Granular Materials and Its Application |
| 作者: | 潘以文 PAN YII-WEN 交通大學土木工程學系 |
| 關鍵字: | 顆粒材料;微結構連體分析法;微結構更新;形狀;級配;異向性;彈性波速量測;現地微觀初始狀態;Granular material;Microstructure continuum approach;Microstructure evolution;Shape;Gradation;Anisotropic;Elastic wave velocity measurement;In-situ micro initial state |
| 公開日期: | 1997 |
| 官方說明文件#: | NSC86-2621-E009-012 |
| URI: | http://hdl.handle.net/11536/95179 https://www.grb.gov.tw/search/planDetail?id=272579&docId=48662 |
| Appears in Collections: | Research Plans |
- Micromechanics model for elastic stiffness of non-spherical granular assembly / Dong, JJ;Pan, YW
- 顆粒材料組構與應力狀態之率定技術及微結構穩定分析法 / 潘以文;PAN YII-WEN
- A micromechanics-based methodology for evaluating the fabric of granular material / Pan, YW;Dong, JJ
- K-0 estimation in level granular soil from anisotropic wave velocities on the basis of micromechanics / Pan, YW;Liou, JC
- Fabric evolution of granular assembly under K-0 loading/unloading / Liou, JC;Pan, YW
- 由波速推估顆粒材料應力狀態之可能性探討 / 潘以文;PAN YII-WEN
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