Grouting in the Ground 1994
DOI: 10.1680/gitg.19287.0027
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Jet grouting to enable basement construction in difficult ground conditions

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Cited by 5 publications
(2 citation statements)
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“…Low thermal conductivity of soil surrounding jet grouted columns, combined with the relatively low thermal conductivity of cementitious materials, retards heat dissipation. Internal temperatures of 43°C four weeks after jet grouting have been reported (Newman et al, 1994). Slow cooling should be advantageous, since thermal cracking is associated with rapid, unprotected cooling and high temperature differentials.…”
Section: Materials For Jet Groutingmentioning
confidence: 99%
“…Low thermal conductivity of soil surrounding jet grouted columns, combined with the relatively low thermal conductivity of cementitious materials, retards heat dissipation. Internal temperatures of 43°C four weeks after jet grouting have been reported (Newman et al, 1994). Slow cooling should be advantageous, since thermal cracking is associated with rapid, unprotected cooling and high temperature differentials.…”
Section: Materials For Jet Groutingmentioning
confidence: 99%
“…Công ngh Jet-grouting vi h thng phun ba (Triple Fluid) có th x lý toàn b din tích nn t bên di h ào  ngn chn dòng thm gây mt n nh h ào do áp lc artesian và lún t nn xung quanh công trình khi h nc ngm và h s thm ca nn t có th gim t 10 -3 m/s xung 6x10 -8 m/s [3].…”
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