| 1. | Specification for design of ram - compaction piles with composite bearing base
复合载体夯扩桩设计规程 |
| 2. | Seismic isolation performance and design of a sma - rubber composite bearing
橡胶复合支座的设计与隔震性能 |
| 3. | Microstructure and properties of steel al - pb composite bearing plate prepared by spray forming and rolling
复合轴瓦带材的组织与性能 |
| 4. | Densification mechanism and properties of cf cu - 10sn composite bearing materials by warm compaction process
复合轴承材料温压成形致密化规律和其有关性能研究 |
| 5. | The bearing property and test of ram - compaction pile with composite bearing base are introduced based on the project application on nanling heshun yangguang areas
摘要文章以南陵和顺阳光城市小区复合载体夯扩桩为例，介绍该类桩的施工过程及检测效果。 |
| 6. | The series - base - isolation structure , with a composite bearing formed by serial connection of the rubber isolation bearing with friction - sliding isolation bearing and connected with the rubber isolation bearing in parallel form , obtains good effect of vibration isolation under earthquakes
摘要由橡胶隔震支座与摩擦滑移隔震支座串联成组合支座，再与橡胶隔震支座并联形成的串联基础隔震结构，在地震时可以取得较好的隔震效果。 |
| 7. | According to the characteristics of the series - base - isolation structure , the calculation formulas for the equivalent damp and equivalent stiffness of the structure were given , and the desirable equivalent damp could be obtained by rational design of multi - level yield shear stress of composite bearings
根据串联基础隔震结构的特点，给出了该种隔震体系的等效阻尼、等效刚度的计算公式；将串联隔震支座设定为多个屈服剪力水平，得到了较好的等效阻尼。 |
| 8. | Technical personnel are eager to find the new wall materials , which can not only take place of the solid clay brick but also satisfy the requirement for the energy efficiency in buildings . under the background of the wall material innovation and the energy efficiency in buildings , this paper advances a new idea that the haojiao materials with lights weight and functions of heat preservation and insulation are filled into the cavities of common hollow betonblocks , and a new kind of composite bearing and heat preserving block ( composite block ) comes into being
工程界的技术人员们急需找到能替代粘土砖同时又满足建筑节能要求的新型墙体材料，本文就是在墙体材料革新与建筑节能这两大潮流与背景之下，提出了一种新的设想? ?将具备良好保温隔热功能的轻质昊角材料填充于混凝土小型空心砌块的孔洞中，形成新型的承重保温的复合砌块。 |
