the linearity between the electrical resistance change and the applied load was good for the carbon fiber reinforced cement based material.
碳纤维水泥基材料的电阻变化与所受荷载呈良好的线形关系;
the hydration method affected mechanical properties of plain cement pastes but hardly affected those of fiber reinforced cement pastes;
养护方式影响素水泥石的力学性能,但较小影响纤维增强水泥石的力学性能;
carbon fiber reinforced cement matrix is investigated in this paper.
本论文对碳纤维水泥基材料界面作了系统的研究。
carbon fiber reinforced cement is a combination of advanced reinforcing materials and traditional architectural materials.
碳纤维增强水泥是先进增强材料与传统建筑材料的结合体。
design of electrode was one important technology of manufacturing of carbon fiber reinforced cement sensor (cfrcs).
电极的设计是制作碳纤维水泥石压敏传感器的重要环节之一。
carbon fiber reinforced cement (cfrc) possesses superior deformation-resistance sensitivity.
碳纤维增强水泥(cfrc)有很好的变形-电阻敏感性。
the interfacial behavior of pp fiber reinforced cement composite was improved by plasma generation technique. interfacial optimize was verified by filament pull out test.
用等离子体处理pp纤维表面,可改善纤维水泥复合材料的界面状况。通过单纤维拔出实验,比较了等离子体改性对界面优化的效果;
the electrical conductivity and electro-thermal temperature rise of carbon fiber reinforced cement mortar under dry and wet conditions were studied separately.
研究了碳纤维水泥砂浆在干燥和潮湿状态下的电导率和电热温升。
the glass fiber reinforced cement grc has several advantages such as good tensile strength, good bending strength, good shock strength and light weight.
玻璃纤维增强水泥(grc)具有抗拉、抗弯、抗沖击、重量轻等多种优点。
as a result, increase of strength, toughness and crack resistance of steel fiber reinforced cement matrix will be obtained.
钢纤维增强水泥基材的增强,增韧和阻裂能力均有大幅度提高。
carbon fiber reinforced cement (cfrc) has compression sensibility.
碳纤维增强水泥(cfrc)材料具有压敏性。
method for reducing impurities in cellulose fibers for manufacture of fiber reinforced cement composite materials.
caidian luo:减少用于制造纤维强化水泥复合材料的纤维素纤维的杂质的制造方法。
an approach to realize the safety monitoring of concrete structures by integration of regular concrete with carbon fiber reinforced cement (cfrc) is proposed.
提出了一个利用碳纤维混凝土与普通混凝土进行复合,实现结构安全监测的技术方法。
according to the meso-mechanical theory and energy conservation philosophy, the tensile strength model of fiber reinforced cement with disordered fiber distribution was presented based on t.
根据细观力学理论和能量守恒原理,在建立顺向分布纤维水泥抗拉强度模型的基础上得到了乱向分布纤维水泥的抗拉强度模型。