1) physical and mechanical properties
物理和力学性质
1.
Based on over 30 year investigations of Bohai ice distribution, ice growth and decay,and on recent 10 years′ studies of the physical and mechanical properties of ice, this paper presents basic characteristics and typical ice design criteria of Bohai Sea.
以我国 3 0余年渤海海冰分布、生消规律的调查研究和近 10年来海冰物理和力学性质、海冰工程设计参数等应用研究成果为基础 ,归纳了渤海海冰的基本特点 ,统计出渤海沿岸海洋站及海上海冰的冰期、冰量、冰厚等时空分布特征值 ,结合国内外海冰物理和力学试验研究结果 ,总结出渤海海冰物理和力学设计特征参数。
2) physical and mechanical properties
物理力学性质
1.
Comparing physical and mechanical properties of dead wood resulting from pine wilt disease and healthy wood;
松材线虫病病死木木材物理力学性质测定
2.
A new index for evaluating the physical and mechanical properties of fine grain ethanol model ice;
细粒酒精模型冰物理力学性质评价的新指标
3.
It has special physical and mechanical properties due to its composition, structure and sedimentary environment.
特殊的发育环境、物质组成和结构导致了珊瑚砂具有独特的物理力学性质。
3) physical and mechanical property
物理力学性质
1.
According to testing data of its timber physical and mechanical property, a proposal on timber use and expoitation was presented in the paper.
对粤北山区速生树种小红栲木材的物理力学性质进行了测试，并据此分析了该木材的加工利用价值，提出了开发利用的途
6) physical-mechanical properties
物理力学性质
1.
Wood physical-mechanical properties of Taiwania flousiana compared to Cunninghamia lanceolata for plantation development;
不同树龄秃杉与杉木人工林木材物理力学性质的比较
2.
篢he implication of mineralizing setting is not confined to tectonic patterns, but also involves the physical-mechanical properties of the wall rocks.
成矿环境的含义并不局限于构造断裂带本身，还涉及到围岩的物理力学性质问题，一般而言，围岩的物理力学性质对成矿环境的塑造具有决定性影响。
3.
Research purposes:Taking the all-weathered granites in the section between DK 210+200 and DK 246+595 of Fuzhou-Xiamen High-speed Railway to be built as a study object,the overall studies are done on the physical-mechanical properties of all-weathered granite for the purpose of providing assistances to design and construction of Fuzhou-Xiamen High-speed Railway.
研究目的:本文以拟建福厦高速铁路(DK210+200～DK 246+595)段全风化花岗岩为研究对象,对全风化花岗岩的物理力学性质进行全面研究,以期能对福厦高速铁路的设计、施工提供帮助。
补充资料：土的物理力学性质
见土的工程性质。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条