Accelerated curing and strength of soil−cement mixtures

机译：水泥混合物加速固化与强度

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Kazuhito Komiya; Junichi Yamanobe; Munehito Endo; Takuya Shiozawa;
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1. Effects of Curing Conditions on Unconfined Compressive Strength of Cement- and Cement-Fiber-Improved Soft Soils [J] . Chunyang Liu, Ryan D. Starcher Journal of materials in civil engineering . 2013,第8期

机译：养护条件对水泥和水泥纤维改良软土无侧限抗压强度的影响
2. Comparison of the microstructure and compressive strength of Type 1 Portland cement paste between accelerated curing methods by microwave energy and auto-claving, and a saturated-lime deionized water curing method [J] . Natt Makul, Dinesh Agrawal Journal of Ceramic Processing Research. (Text in English) . 2012,第2期

机译：微波能量和高压釜加速固化方法与饱和石灰去离子水固化方法之间的1型波特兰水泥浆的微观结构和抗压强度的比较
3. Stress-Strain-Strength Behavior of Lime-Stabilized Soils during Accelerated Curing [J] . N. M. Toohey, M. A. Mooney, R. G. Bearce Journal of materials in civil engineering . 2013,第12期

机译：石灰稳定化土在加速养护过程中的应力-应变-强度行为
4. Soil-Cement Ratio and Curing Conditions as the Factors of Soil-Concrete Strength [C] . Makhmud Kharun, Alexander P. Svintsov International Conference on Material Engineering and Application . 2017

机译：土水泥比和固化条件作为土壤混凝土强度的因素
5. Impact of curing time and curing stress on the mechanical behavior of cement-improved and cement-fiber-improved soft soil. [D] . Starcher, Ryan. 2013

机译：养护时间和养护应力对水泥改良和水泥纤维改良软土力学性能的影响。
6. Production of high-early-compressive-strength Portland cement paste using low-pressure microwave-accelerated heating and curing: processing characteristics and factors affected [O] . Natt Makul 2019

机译：低压微波加速加热和固化生产高早期抗压强度硅酸盐水泥浆的工艺特征和影响因素
7. Effects of delay in compaction on compressive strength of soil cement and soil-lime-cement mixtures [O] . Arnbal, Carl Anton 1965

机译：压实延迟对水泥和土-水泥混合料抗压强度的影响
8. Accelerated Curing and Strength-Modulus Correlation for Lime-Stabilized Soils [R] . Mooney, M. A., Toohey, N. M. 2010

机译：石灰稳定土的加速固化和强度 - 模量相关性

Accelerated curing and strength of soil−cement mixtures

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