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The Influence of the E-Modulus of Coarse Aggregate on the Stress-Strain Diagram of the Concrete with Frame Structure

机译:粗骨料E模量对框架结构混凝土应力 - 应变图的影响

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The stress-strain diagrams of concrete with frame structure made with content of coarse aggregate from 0.56 till 0.64 m~3/m~3, with crushed granite (E-modulus = 71 GPa) and crushed silica sandstone (E-modulus = 42 GPa) are shown. It is shown that the stress-strain diagram of the concrete with frame structure made with coarse aggregate with E-modulus 42 GPa is almost linear over the entire loading range. Stress-strain diagram of concrete made with coarse aggregate with E-modulus 71 GPa has three zones. It is concluded that the concentration of intrastructural stresses under loading in the concrete with frame structure with a decrease in the ratio of E-modulus of the coarse aggregate/E-modulus of the mortar matrix is decrease that is why bad decision is to use coarse aggregate with high level of E-modulus, such as crushed granite, in concrete with frame structure.
机译:用粗骨料含量为0.56至0.64m〜3 / m〜3制成的混凝土的应力 - 应变图,用碎花岗岩(E-MODULAULUS = 71GPa)和碎石砂岩(E-MODULAULUS = 42GPa) 显示。 结果表明,在整个装载范围内几乎线性地具有粗骨料制成的框架结构的混凝土的应力 - 应变图在整个装载范围内几乎线性。 用粗骨料制成的混凝土的应力 - 应变图,具有E模量71 GPA具有三个区域。 得出结论:在砂浆基质的粗骨料/ e-模量的粗骨料/ E模量比的框架结构中加载混凝土中的核心胁迫的浓度减少了,这就是为什么不当决定使用粗糙 用框架结构的混凝土聚集高水平的E模量,例如碎花岗岩。

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