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Calibre RAG MCP Server

by ispyridis
chunk_542.json1.59 kB
{ "id": "chunk_542", "text": "+ \nmaximum \n,128 •2,1 \n0.6fq1 \n-1 MPa \n18,36 \n1,10 \n6max \n• 24 fib. inf. \n+7 \n1 \n+2 \ndito avec \n0,6 fc28 \n1,69 -3,49 \n+3 \ncharges \nfc28 • 25 \n• 15enf. s. \n1,95 -1,22 \n10 \n+5 plancher \nd'exploitation \n6,26 -4,51 \n+ \nminimum \n,128 • 2,1. \n0,6111. \n-1 MPa 22,13 4,21 \n6min \n• 24 en . inf. \n+7 \nOn constate bien qu'en tout point Jes contraintes sont verifiees. . \nA titre d'exemple, nous effectuerons les verifications pour l'abscisse X= Lo = 2,87 m, sur \netai. \nPrecontrainte P\n0 \nlors de Ia detension: P\n0 \n= 0,08332 MN et e\n0 \n=-0,0248 m (Fig.7). \n,~r o · \\ ~~ \naux extrllmites de Ia poutrelle \n7,06 6,23 13,29 \nPo Poeo \n'SO (1/v)o \nCas 1 : M\n110 \n=-g\n0 \nL\n2 \nI 8 = -1,142 kNm \n·0,89 4,39 3,50 \n,~r ~ . -·' . ' \n(sousPo) ~ \n(1/v)o \n625 \n\n-0,39 \n0,44 \n0,05 \n... r ~ \n+ \nf J \n-0,39 \n&Po \n\"'SO \n-0,34 \n&Poeo \n(1/v)o \nCas 3: MRI =-g\n1 \nL\n0\n2\n/8 =-1,73 X 2,87\n2\n/8 =-1,78 kNm \n-6,85 \n'\"11 \n5,37 \n..MaL \n(1/v)o \n-0,73 \nCas 4: Mqomax = 0 et Mqomin =-q\n0 \nL} /8 =-0,5 X 2,87\n2\n/8 =-0,515 kNm \n-1,98 \n'\"l l \n1,55 \n_MgQ_ \n(1/v)o \nCas 5 : Reaction d'etai R = 1,25 g\n1 \nL\n0 \n= 1,25 x 1,73 x 2,87 = 6,21 kN", "metadata": { "book_id": 34848, "title": "BASIC-STRUCTURAL-Henry-Thonier-Tome-2", "authors": "Unknown", "project": "basic_structural", "content_source": "ocr", "content_length": 756676, "chunk_index": 542, "line_start": 19161, "line_end": 19261, "has_formulas": false, "has_tables": false } }

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