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Model vs. Experimental Results


  
Figure 22: Measured and model degree of hydration vs. time for Cement 115 with w/c=0.30.
\begin{figure} \special{psfile=ap115030.ps hoffset=100 voffset=10 vscale=40 hscale=40 angle=-90} \vspace{7.8cm}\vspace{0.10in}\end{figure}


  
Figure 23: Measured and model chemical shrinkage vs. time for Cement 115 with w/c=0.30.
\begin{figure} \special{psfile=ch115030.ps hoffset=100 voffset=10 vscale=40 hscale=40 angle=-90} \vspace{7.8cm}\vspace{0.10in}\end{figure}


  
Figure 24: Measured and model degree of hydration vs. time for Cement 115 with w/c=0.40.
\begin{figure} \special{psfile=ap115040.ps hoffset=100 voffset=10 vscale=40 hscale=40 angle=-90} \vspace{7.8cm}\vspace{0.10in}\end{figure}


  
Figure 25: Measured and model chemical shrinkage vs. time for Cement 115 with w/c=0.40.
\begin{figure} \special{psfile=ch115040.ps hoffset=100 voffset=10 vscale=40 hscale=40 angle=-90} \vspace{7.8cm}\vspace{0.10in}\end{figure}


  
Figure 26: Measured and model heat release vs. time for Cement 115 with w/c=0.40.
\begin{figure} \special{psfile=ht115040.ps hoffset=100 voffset=10 vscale=40 hscale=40 angle=-90} \vspace{7.8cm}\vspace{0.10in}\end{figure}


  
Figure 27: Measured and model heat release vs. time for Cement 115 with w/c=0.45.
\begin{figure} \special{psfile=ht115045.ps hoffset=100 voffset=10 vscale=40 hscale=40 angle=-90} \vspace{7.8cm}\vspace{0.10in}\end{figure}


  
Figure 28: Measured and model degree of hydration vs. time for Cement 115 with w/c=0.45.
\begin{figure} \special{psfile=ap115045.ps hoffset=100 voffset=10 vscale=40 hscale=40 angle=-90} \vspace{7.8cm}\vspace{0.10in}\end{figure}


  
Figure 29: Measured and model chemical shrinkage vs. time for Cement 115 with w/c=0.45.
\begin{figure} \special{psfile=ch115045.ps hoffset=100 voffset=10 vscale=40 hscale=40 angle=-90} \vspace{7.8cm}\vspace{0.10in}\end{figure}


  
Figure 30: Measured and model degree of hydration vs. time for Cement 116 with w/c=0.30.
\begin{figure} \special{psfile=ap116030.ps hoffset=100 voffset=10 vscale=40 hscale=40 angle=-90} \vspace{7.8cm}\vspace{0.10in}\end{figure}


  
Figure 31: Measured and model chemical shrinkage vs. time for Cement 116 with w/c=0.30.
\begin{figure} \special{psfile=ch116030.ps hoffset=100 voffset=10 vscale=40 hscale=40 angle=-90} \vspace{7.8cm}\vspace{0.10in}\end{figure}


  
Figure 32: Measured and model degree of hydration vs. time for Cement 116 with w/c=0.40.
\begin{figure} \special{psfile=ap116040.ps hoffset=100 voffset=10 vscale=40 hscale=40 angle=-90} \vspace{7.8cm}\vspace{0.10in}\end{figure}


  
Figure 33: Measured and model chemical shrinkage vs. time for Cement 116 with w/c=0.40.
\begin{figure} \special{psfile=ch116040.ps hoffset=100 voffset=10 vscale=40 hscale=40 angle=-90} \vspace{7.8cm}\vspace{0.10in}\end{figure}


  
Figure 34: Measured and model heat release vs. time for Cement 116 with w/c=0.40.
\begin{figure} \special{psfile=ht116040.ps hoffset=100 voffset=10 vscale=40 hscale=40 angle=-90} \vspace{7.8cm}\vspace{0.10in}\end{figure}


  
Figure 35: Measured and model heat release vs. time for Cement 116 with w/c=0.45.
\begin{figure} \special{psfile=ht116045.ps hoffset=100 voffset=10 vscale=40 hscale=40 angle=-90} \vspace{7.8cm}\vspace{0.10in}\end{figure}


  
Figure 36: Measured and model degree of hydration vs. time for Cement 116 with w/c=0.45.
\begin{figure} \special{psfile=ap116045.ps hoffset=100 voffset=10 vscale=40 hscale=40 angle=-90} \vspace{7.8cm}\vspace{0.10in}\end{figure}


  
Figure 37: Measured and model chemical shrinkage vs. time for Cement 116 with w/c=0.45.
\begin{figure} \special{psfile=ch116045.ps hoffset=100 voffset=10 vscale=40 hscale=40 angle=-90} \vspace{7.8cm}\vspace{0.10in}\end{figure}


  
Figure 38: Measured and model degree of hydration vs. time for Cement 115 with w/c=0.40 for monophase Bogue representation.
\begin{figure} \special{psfile=ap115m40.ps hoffset=100 voffset=10 vscale=40 hscale=40 angle=-90} \vspace{7.8cm}\vspace{0.10in}\end{figure}


  
Figure 39: Measured and model chemical shrinkage vs. time for Cement 115 with w/c=0.40 for monophase Bogue representation.
\begin{figure} \special{psfile=ch115m40.ps hoffset=100 voffset=10 vscale=40 hscale=40 angle=-90} \vspace{7.8cm}\vspace{0.10in}\end{figure}


  
Figure 40: Measured and model heat release vs. time for Cement 115 with w/c=0.40 for monophase Bogue representation.
\begin{figure} \special{psfile=ht115m40.ps hoffset=100 voffset=10 vscale=40 hscale=40 angle=-90} \vspace{7.8cm}\vspace{0.10in}\end{figure}


  
Figure 41: Measured and model degree of hydration vs. time for Cement 116 with w/c=0.40 for monophase Bogue representation.
\begin{figure} \special{psfile=ap116m40.ps hoffset=100 voffset=10 vscale=40 hscale=40 angle=-90} \vspace{7.8cm}\vspace{0.10in}\end{figure}


  
Figure 42: Measured and model chemical shrinkage vs. time for Cement 116 with w/c=0.40 for monophase Bogue representation.
\begin{figure} \special{psfile=ch116m40.ps hoffset=100 voffset=10 vscale=40 hscale=40 angle=-90} \vspace{7.8cm}\vspace{0.10in}\end{figure}


  
Figure 43: Measured and model heat release vs. time for Cement 116 with w/c=0.40 for monophase Bogue representation.
\begin{figure} \special{psfile=ht116m40.ps hoffset=100 voffset=10 vscale=40 hscale=40 angle=-90} \vspace{7.8cm}\vspace{0.10in}\end{figure}

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