内圧管の設計について - hinkakukyo.jp

1 1 3 1 .. 19 .. 3 2 .. 2 .. HWL.. 2012 LWL. + .. + .. HWL. 3 .. LWL. P.. 18 .. FC .. DCI HP .. 40% .. 100% . ASTM F1216 ASTM F1216. 60% . ASTM F1216 .. JSWAS K-1 .. 100% . 40% .. 4 1 . 100% 60% .. 2011 . 100% . 60% .. ASTM F1216 03. 4 TL Pi . SDR 2 N ASTM F1216-033 .. D t . TL.. 2012 N Pi Pi Mpa . SDR D/t . Naday D mm .. TL N/mm2 . 2012 JSWAS K-1 N . 19.. Pi D N . t .. 2 TL Pi L K1 WV K2 WW r2.. N Z .. ASTM F1216 03. D t .. 2 L 1 . 3 K1 Pe K2 Pt N.. WV N/mm2 . WW N/mm2 . L N/mm2 .. C I qt 32RW B' e' EL 3 r D t . /2 mm . N D N 2 . Z t2/6 . K1 . K2 .. 12D3 . qt N/C 2. t 3 . 32Rw EL B' e'.. qt r4. K3 WV K4 WW 100. qt WV WW PO 2r 2r E I. WV N/mm2 . WW N/mm 2.. PO N/mm 2. D t .. PO HWL . E V HWL mm 1 . 3. 75 K3 Pe K4 Pt . C . q q 2 3 . C 1 / 1 100 100 mm . q E N/mm2 . I t3/12 . q 100. r mm.

2 K3 . K4 . q 100. V /2r 100 . RW . RW 1 HWL/H . B' . B' 1/ 1 4e . H mm . e' . EL N/mm 2.. I . I t /12 3. 20 . r 2 Fr e' r 3 . k 3 PV. a 12 t EL I ' r .. 10 2K EL 1 C. PO 3 15 . K 1 D/t t N. 2. 15 16 . Fr D t 16 .. EL N/mm 2 . 2K EL C. e' N/mm2 1 3 . PO N 1 2 . PV N/mm2 . PV WV WW K . a N/mm 2. C . r mm PO N/mm2 . r D t /2 . 5 .. V 100. 2r 21 . Fd Fr r3 . PV 100 11 . EL ' r3 .. mm . Fd .. 5 1 . 4 2 .. 12 . 13 .. d t 12 . D D.. D 2 L. Pi 2 13 . SDR 1 d N.. 13 14 . D. t 14 . 5 2 .. L D 1 . N Pi d . d mm . L N/mm 2. 21. 5 3 .. H H . 2. 24 ta M. t . 2 ta H N/mm2 . H H1 H2. H1 N/mm2 . H2 N/mm2 . PH n HP . 1 . M . P C/S. HC/S N mm/mm . PC M MV MP MO MH. N/mm MV . HC N mm/mm . N/mm 2. MP . PH HP N mm/mm . N/mm MO . HP PH N mm/mm . N/mm 2. MH . S N mm/mm . n . t / a M M t N/mm2 . PH . r a N/mm2.

3 PH N/mm ta t /3 N/mm2 . M mm . 5 2 . N mm/mm X. V 100 . 2r 5 4 X . X X1 X2 X3 X4. X1 mm . X X2 mm . X3 mm . X4 mm . V .. 5 1 .. 22 .. 2012 . 21 . ASTM F1216-03 . ASTM American Society for Testing and Materials F1216 Standard Practice for Rehabilitation of Existing Pipelines and Conduits by The Inversion and Curing of a Resin-Impregnated Tube JSWAS K-1 22 . No. 2007 . 2002 2002 . No. 2007 10 . No. 2008 . 23.