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{"references": ["Ozkul, M. H. (2001). Efficiency of accelerated curing in concrete. Cement and concrete research, 31(9), 1351-1357.", "IS: 516-1959. Methods of Tests for Strength of Concrete.Bureau of Indian Standards. New Delhi.", "Myers, J. J., & Gurung, I. (2006). Shrinkage behavior of high strength concrete (HSC) subjected to accelerated curing. In Structures Congress 2006: Structural Engineering and Public Safety.1-10.", "Wilson, J. G., & Gupta, N. K. (2004). Equipment for the investigation of the accelerated curing of concrete using direct electrical conduction. Measurement, 35(3), 243-250.", "Leung, C. K., & Pheeraphan, T. (1995). Microwave curing of Portland cement concrete: experimental results and feasibility for practical applications. Construction and Building Materials, 9(2), 67-73."]}
The accelerated curing has many applications in manufacturing of precast concrete production. Quality control of concrete is the one of the most important purpose of accelerated curing methods. Conventional structural concrete design is based upon the compressive strength at 28 days determined by casting and curing standard specimens under controlled conditions. Curing of concrete is the process of prevention of loss of moisture and heat from freshly placed concrete by various means so that proper hydration is achieved.
Accelerated curing, compressive strength, immersion rod, curing chamber, thermometer, wooden cover plate, thermostat
Accelerated curing, compressive strength, immersion rod, curing chamber, thermometer, wooden cover plate, thermostat
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