Browsing College of Engineering by Author "Riding, Kyle A."

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Browsing College of Engineering by Author "Riding, Kyle A."

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  • Riding, Kyle A.; Thomas, Michael D. A.; Folliard, Kevin J. (2013)
    Concrete’s resistance to chloride diffusion is one of the primary factors governing the concrete structure service life and life-cycle costs. This paper presents a new model developed for estimating the apparent concrete ...
  • Riding, Kyle A.; Silva, Denise A.; Scrivener, Karen (2010)
    The enhancement of the 1 day strength of cementitious systems by a combination of calcium chloride (CaCl2) and diethanol-isopropanolamine (DEIPA) was studied, particularly in blended cement systems. A combination of ...
  • Mirzahosseini, Mohammadreza; Riding, Kyle A. (2014)
    Glass cullet has been considered for use in concrete as a fine aggregate or a supplementary cementitious material (SCM). Glass reaction kinetics depends on both temperature and glass composition. Uniform composition, ...
  • Siddiqui, Md Sarwar; Nyberg, Wesley; Smith, Wilson; Blackwell, Brett; Riding, Kyle A. (2013)
    Curing can help concrete reach its full strength and durability potential. The effect of sealing the concrete with plastic or formwork, use of a liquid curing compound, wet curing, and internal curing with saturated ...
  • Riding, Kyle A.; Poole, Jonathan L.; Schindler, Anton K.; Juenger, Maria C. G.; Folliard, Kevin J. (2009)
    Bridge deck temperature changes in the first few days after placement due to the concrete heat of hydration and changes in ambient conditions have long been identified as a significant contributor to early-age cracking. ...
  • Riding, Kyle A.; Poole, Jonathan L.; Schindler, Anton K.; Juenger, Maria C. G.; Folliard, Kevin J. (2006)
    Over the years, many different simplified prediction methods have been developed to predict the temperature development within mass concrete members. This paper compares calculated temperature values from three commonly-used ...
  • Ley, M. Tyler; Riding, Kyle A.; Widianto; Bae, Sungjin; Breen, John E. (2007)
    Strut-and-tie models (STM) are a valuable tool for the design of irregular concrete members. This paper presents the experimental results of tests conducted on small-scale, simply supported dapped beams with openings ...
  • Poole, Jonathan L.; Riding, Kyle A.; Folliard, Kevin J.; Juenger, Maria C. G.; Schindler, Anton K. (2007)
    The accurate prediction of thermal gradients in concrete calls for models that characterize the temperature sensitivity of the hydration of cementitious materials. The most common method used for this purpose is the ...
  • Riding, Kyle A.; Poole, Jonathan L.; Folliard, Kevin J.; Juenger, Maria C. G.; Schindler, Anton K. (2012)
    Concrete performance, including strength, susceptibility to delayed ettringite formation, and residual stress development are dependent on early-age temperature development. Concrete temperature prediction during hydration ...
  • Riding, Kyle A.; Poole, Jonathan L.; Schindler, Anton K.; Juenger, Maria C. G.; Folliard, Kevin J. (2008)
    The mechanisms that contribute to early-age cracking are complex. Determining the relative importance of each mechanism as well as the combined cracking potential for a given concrete material is essential for the ...
  • Riding, Kyle A.; Poole, Jonathan L.; Schindler, Anton K.; Juenger, Maria C. G.; Folliard, Kevin J. (2008)
    A simplified method of measuring concrete resistivity, as an index of permeability, has been developed that is similar to ASTM C1202 or the rapid chloride permeability test (RCPT). It is significantly faster and easier ...
  • Riding, Kyle A.; Poole, Jonathan L.; Schindler, Anton K.; Juenger, Maria C. G.; Folliard, Kevin J. (2007)
    The temperature development of mass concrete elements is strongly dependent on constituent materials and mixture proportions, as well as the formwork type, geometry, and environmental conditions. This paper presents a ...
  • Ataie, Feraidon F.; Riding, Kyle A. (2013)
    Agricultural residue ash is known to be a very reactive source of supplementary cementitious material (SCM) for use in concrete. The influence of thermochemical pretreatments on the reactivity of agricultural residue ash ...
  • Ataie, Feraidon F.; Riding, Kyle A. (2014)
    Corn stover has the potential for use as a supplementary cementitious material (SCM) for concrete. The impact of distilled water and dilute acid pretreatments and post-treatments on the pozzolanic reactivity of corn stover ...