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Calibre RAG MCP Server

by ispyridis
chunk_289.json1.63 kB
{ "id": "chunk_289", "text": "w J \nR, = V\n1 \n+ oy = D ox\n3 \n+ (2-v) oxol = ~A. [1..\n2\nF-(2-v) F\" ] cosA.x \noC [ o\n3\nw o\n3\nw J \nn V D (2 ) = \"' ( (2-v) '~\n2\nF'-F\"' ) sinA.x \n~\n2 \n= \n2 \n+ ax = ol + -v ox\n2\noy ~ II. \n483 \n\nsoit pour x = 0 : \nR\n0 \n= LA. [A.\n2\nF-(2-v) F\" ], fonction dey \nm \npour x =a: \nR = -L(-l)mA.[A.\n2\nF-(2-v)F\"] ,fonctiondey \na m \npour y = b\n1\n: \nRb\n1 \n= L [ (2-v) A.\n2\nF' (b\n1\n) -\nF\"' (b\n1\n) ] \nsinh, fonction de x \nm \npour y = b\n2\n: \nRb\n2 \n= -L[(2-v)A.\n2\nF'(b\n2\n) \n-F\"' (b\n2\n) \n]sinA.x,fonctiondex \nm \nLes conditions aux extremites se traduisent:Rar: \n-\nBord libre en y = b\n1 \n: \nM\n2 \n= 0 ~ v A. F-F\" = 0 \nR\n2 \n= 0 ~ ( 2 -v) A.\n2 \nF' -F\"' = 0 \n-\nBord encastre en y = b\n1 \n: \nw = 0 ~ F = 0 \nro\n2 \n= 0 ~ F' = 0 \n-\nBord articule en y = b\n1 \n: \nw = 0 ~ F = 0 \nM\n2 \n= 0 ~ v A. \n2\nF-F\" = 0 soit F\" \nL'equation de Lagrange appliquee a I' equation (5) conduit a : \nA 4p _ 2A.2F\" + plV = Pm (y) \n2p \nd'ou les valeurs des coefficients a\n6 \n= -1.\n5\n= si m est pair, \n2 \na\n6 \n= -A. \n5 \na (p a+ 2p\n0\n) \nsi m est impair, \net a\n5 \n= 0 si m est pair, \n4pb \nll\n5 \n= -A. \n6\nab si m est impair. \n=0 \n4.2. Exemple numerique (Programme \n« DALLRECT »)", "metadata": { "book_id": 34848, "title": "BASIC-STRUCTURAL-Henry-Thonier-Tome-2", "authors": "Unknown", "project": "basic_structural", "content_source": "ocr", "content_length": 756676, "chunk_index": 289, "line_start": 9482, "line_end": 9608, "has_formulas": false, "has_tables": false } }

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