composite block meaning in Chinese
线条网线混合版
Examples
- In mechanics performance , we test that composite blocks can be used as bearing ones through doing experiments , analyzing the experiment data of composite blocks and comparing these data to small hollow betonblocks "
在力学性能方面，通过将复合砌块与混凝土小型空心砌块进行对比试验，验证了复合砌块用于承重型砌体的可行性。 - The experiments show all the compression strength shear strength , elastic modulus of the composite blocks and their masonry can satisfy the requirements of standard compared to concrete , the haojiao materials elastic modulus is so low that we ignore it ' s improvement to the composite block ' s compression strength . however the area of horizontal mortar joint of composite block masonry is enlarged just because of the haojiao materials " existence , so the shear strength of composite block masonry is higher than one of small hollow betonblock masonry in thermal performance , the heat - preservation and heat - insulation capabilities of composite block masonry are analyzed and researched
试验表明：复合砌块及其砌体的抗压、抗剪强度、弹性模量等均满足规范规定的要求；由于昊角材料与混凝土相比，弹性模量相差悬殊，在受压时，可以不考虑昊角材料芯块对复合砌块及砌体抗压强度的提高，同时又因为昊角材料的存在，砌体水平灰缝面积增大，复合砌块砌体的抗剪强度较空心砌块砌体有较大的提高。 - 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。 - We calculate composite block masonry ' s heat transfer coefficients under different conditions , then we discuss these data according to the energy efficiency criterion in wuhan city and come up with the key factors which influence the thermal performance of composite block masonry , . at the end of this paper we summarize and look forward to the future of composite blocks in engineering practice in mechanics and thermal sides
在热工性能方面，对复合砌块砌体的保温、隔热性能进行了分析与推导，定量推导了多种情况下复合砌块砌体的传热系数，并结合武汉市的地方节能标准进行了论证，提出了影响复合砌块砌体热工性能的关键因素。