Evaluation of In-Place Flexural Strength Concrete Using Compressive and Splitting Tensile Strengths for Cast and Cored Specimen

机译：用压缩和分裂拉伸强度对铸造和芯标本的抗拉强强度评估

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This paper presents a rational approach used for the evaluation of in-place concrete pavement with flexural strength requirements. During the construction of a concrete paving project at McCarran International Airport in Las Vegas, Nevada, data was developed from the testing of over 450 specimens of concrete beams, cylinders, and cores representing samples from nearly 170 locations. Flexural, compressive, and splitting tensile strength testing was performed on these samples obtained from locations where comparison between the different types of strength tests was possible. Relationships between this data were evaluated and a rational approach to the evaluation of in-place concrete for compliance with flexural strength requirements was developed. This approach that begins with trial batch data and includes cast and cored specimen, could be applied to other concrete paving projects with similar concerns.

机译：本文提出了一种合理的方法，用于评估抗弯曲强度要求的现对混凝土路面。在内华达州拉斯维加斯麦卡伦国际机场的混凝土铺路工程建设期间，数据是从450多个混凝土梁，圆柱体和代表近170个地点的样品的测试的测试开发的。对从不同类型的强度试验之间的比较获得的这些样品进行弯曲，压缩和分裂拉伸强度测试。评估了该数据之间的关系，并开发了一种合理的方法，用于评估就地混凝土遵守弯曲强度要求。这种方法以试验批量数据开头并包括铸造和芯标本，可以应用于具有类似问题的其他混凝土铺路项目。

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《ACI international conference on innovations in design with emphasis on seismic, wind, and environmental loading; Quality control and innovations in materials/hot-weather concreting》|2002年||共12页
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W. W. Taylor; S. D. Palmer; R. W. Kukes;
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中图分类 TU201.6;
关键词
compressive; flexural; splitting tensile;

机译：压缩;弯曲;分裂拉伸;

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1. Evaluation of Ratio between Splitting Tensile Strength and Compressive Strength for Concretes up to 120 MPa and its Application in Strength Criterion [J] . Nihal Arioglu, Z. Canan Girgin, Ergin Arioglu ACI Materials Journal . 2006,第1期

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3. A method to correlate splitting tensile strength and compressive strength of pervious concrete cylinders and cores [J] . Gaedicke Cristian, Torres Anthony, Huynh Khanh C. T., Construction and Building Materials . 2016,第OCTa30期

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4. Evaluation of In-Place Flexural Strength Concrete Using Compressive and Splitting Tensile Strengths for Cast and Cored Specimen [C] . W. W. Taylor, S. D. Palmer, R. W. Kukes ACI international conference on innovations in design with emphasis on seismic, wind, and environmental loading; Quality control and innovations in materials/hot-weather concreting . 2002

机译：用压缩和分裂拉伸强度对铸造和芯标本的抗拉强强度评估
5. Investigation of the lower bound compressive and flexural strengths of conventional concrete and clay masonry [D] . Harris, Benchmark Henry 2010

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6. Comparative Evaluation of Compressive Strength and Flexural Strength of Conventional Core Materials with Nanohybrid Composite Resin Core Material an in Vitro Study [O] . Narasimha Jayanthi, V. Vinod 2011

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7. EFFECT OF COARSE AGGREGATE PARTICLE SIZE ON RELATIONSHIP BETWEEN FLEXURAL STRENGTH, COMPRESSIVE STRENGTH AND SPLITTING TENSILE STRENGTH OF POROUS CONCRETE [O] . Ryo KISHIRA, Katsuhito KOJIMA, Katsuya KONO 2021

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8. Nondestructive Evaluation of the In-Place Compressive Strength of Concrete Basedupon Limited Destructive Testing [R] . Snyder, K. A., Clifton, J. R., Carino, N. J. 1992

机译：混凝土基层有限破坏性试验的现场抗压强度无损评价

Evaluation of In-Place Flexural Strength Concrete Using Compressive and Splitting Tensile Strengths for Cast and Cored Specimen

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