chunk_40.json•1.54 kB
{
"id": "chunk_40",
"text": "1740 PRINT”Recquired area of steel at a value \nof FR4=”ASI;”Square inch per foot” \n \n1750 REM This is third alternative to find the \nvalue of Y(cutting point at a distance from \nthe top)at a given AS a cubic equation \nresults \n \n1755 REM Let AS3,AS4 & AS5 as given area of \nsteel reinforcements \n \n1760 REM Let us DIM AS4 in three elements \n1770 PRINT “Put numerical values of AS as data \nstatement” \n \n1780 DIM AS4(3) \n1790 FOR JX=1 TO 3 \n1800 READ AS4(JX) \n1810 DATA Put numerical \nvalues in \nsequential order \n1820 VX =1/500*KA*W1*LF 0.121716 \n1830 LX(JX) = FY*AS4(JX)/(20.4*FC) 1.1568 \n1890 UX(JX)=0.90*FY**AS4(JX) 63.72 \n2000 DT =TT-3.5 12.5 Inches \n2010 DB = TB-3.5 19.5 Inches \n2020 REM Let DA= Depth of stem at any \nsection from top \n \n2030 DA = DB-DT 7 Inches \n2040 A1X=VX \n2050 B1X=0 \n2060 C1X(JX)=-DA*UX(JX)/H \n2070 D1X(JX)= UX(JX)*LX(JX)-UX(JX)*DT 722..78888 \n2080 PRINT D1X(JX) \n2090 NEXT JX \n2100 PRINT”A1X=”;VX \n\n271 \n \n2110 PRINT”A2X=VX \n2120 PRINT”A3X=”;VX \n2130 PRINT”B1X=”;B1X \n2140 PRINT”B2X=”;B1X",
"metadata": {
"book_id": 34880,
"title": "BASIC-STRUCTURAL-388457483-Retaining-Wall-Design-Analytical-and-Computer-Methods-By-Ben-David-CE",
"authors": "Ben David",
"project": "basic_structural",
"content_source": "ocr",
"content_length": 39295,
"chunk_index": 40,
"line_start": 1565,
"line_end": 1608,
"has_formulas": false,
"has_tables": false
}
}