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Evaluation of Tensile Strength of Cement-Treated Sand Based on Several Types of Laboratory Tests

机译：基于几种实验室测试的水泥处理沙子拉伸强度评价

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Tsutomu Namikawa; Junichi Koseki;
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1. EVALUATION OF TENSILE STRENGTH OF CEMENT-TREATED SAND BASED ON SEVERAL TYPES OF LABORATORY TESTS [J] . Tsutomu Namikawa, Junichi Koseki Soils and foundations . 2007,第4期

机译：基于几种试验类型的水泥砂抗拉强度评估
2. EVALUATION OF TENSILE STRENGTH OF CEMENT-TREATED SAND BASED ON SEVERAL TYPES OF LABORATORY TESTS [J] . JUNICHI KOSEKI, TSUTOMU NAMIKAWA Soils and foundations . 2007,第4期

机译：基于几种试验类型的水泥砂抗拉强度评估
3. Evaluating method of shear strength and residual strength of aging cement-treated sands from its unconfined compression strength [J] . 山田雅一, 太田宏, 安達俊夫 Japanese Geotechnical Journal . 2010,第2期

机译：从无侧限抗压强度评估熟化水泥砂的抗剪强度和残余强度的方法
4. Shear strength of deep sand evaluated by laboratory and in situ tests in the Nakdong River deltaic area, Korea [C] . Singh V. K., S. G. Chung, Kim S. R. International symposium on deformation characteristics of geomaterials;IS-Seoul 2011 . 2012

机译：通过Nakdong河三角洲地区的实验室和原位测试评估的深沙抗剪强度
5. ROLE OF PHYSICAL COMPONENTS IN MECHANICAL BEHAVIOR OF MICROFINE CEMENT/SODIUM-SILICATE GROUTED SAND (STRESS-STRAIN CURVE, TRIAXIAL TEST, RESIDUAL STRENGTH, TENSILE). [D] . LIAO, HUNG-JIUN. 1986

机译：物理成分在超细水泥/硅酸钠灌浆砂的力学行为中的作用（应力-应变曲线，三轴试验，残余强度，拉伸强度）。
6. Difference in Strength Development between Cement-Treated Sand and Mortar with Various Cement Types and Curing Temperatures [O] . Lanh Si Ho, Kenichiro Nakarai, Kenta Eguchi, 2020

机译：各种水泥类型和固化温度的水泥处理沙子和砂浆之间的力量发展差异
7. Evaluating method of shear strength and residual strength of aging cement-treated sands from its unconfined compression strength [O] . Masaichi YAMADA, Hiroshi OHTA, Toshio ADACHI 2010

机译：从其无凝结压缩强度的剪切强度和老化水泥处理砂的剪切强度和残余强度的评价
8. Improved Tensile Strength for Cement-Treated Bases and Subbases. [R] . cauley,robert f. kennedy,thomas w. 1973

机译：提高水泥处理基层和亚基的抗拉强度。

Evaluation of Tensile Strength of Cement-Treated Sand Based on Several Types of Laboratory Tests

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