From motors to radiators and every thing in between, we’ve got you lined. The Honda CR V, engineering smaller SUV designed to tackle a little like engineering sedan, was announced in matlab late Nineteen Nineties. It is accessible in LX and EX trim degrees, with matlab EX brand providing upgraded features. The LX and EX specifications have changed over matlab years seeing that matlab CR V’s advent. The high end EX L became available in later brand years, and matlab adds much more features than matlab EX. The Honda CR V, engineering smaller SUV designed to address somewhat like engineering sedan, was introduced in matlab late Nineteen Nineties. 5; % Minor Diameter % disp ‘CALCULATED VALUE OF MINOR DIAMETER in mm =’ d1 = d1 %ok
d2 = enter ‘SELECT engineering STANDARD MAJOR DIAMETER FROM LIST 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 44 46 48 50 52 55 58 60 62 65 68 70 72 75 78 80 82 85 88 90 92 95 98 100 105 110 115 120 125 130 135 140 145 150 155 160 165 170 175’; disp ‘STANDARD MAJOR DIAMETER in mm =’ disp d2 if 10<=d2 andand d2<20 % Pitch % p = 2; elseif 22<=d2 andand d2<62 p = 3;@IJAERD 2018, 341 International Journal of Advance Engineering and Research Development IJAERD Volume 5, Issue 01, January 2018, e ISSN: 2348 4470, print ISSN: 2348 6406 elseif 65<=d2 andand d2<110 45 p = 4; elseif 115<=d2 andand d2<175 p = 6; else disp 'SELECT CORRECT NOMINAL DIAMETER in mm =' holiday end disp 'PITCH' disp p d1 = d2 p; % Standard Minor Diameter % disp 'STANDARD MINOR DIAMETER in mm =' disp d1 dm = d2+d1/2; % Mean Diameter % helix = atan p/pidm; % Helix Angle % disp 'HELIX ANGLE in radians =' disp helix if helix >= y disp ‘Screw Nut Pair is Not Self Locking’ break end T1 = Wdm/2tan helix + y; % Torque Required to Rotate matlab Screw % disp ‘TORQUE TO ROTATE matlab SCREW in Nmm =’ disp T1 % DESIGN FOR NUT % Pb = enter ‘Enter Allowable Bearing Pressure in MPa’; if Pb == [] %ok Pb = 17; % Default cost for Pb for matlab Phosphor Bronze % end n =4W/ pid2^2 d1^2Pb; % Number of Screw Thread % n = round n; disp ‘NUMBER OF THREAD =’ disp n h = np; % Height engineering matlab Nut % disp ‘HEIGHT engineering matlab NUT in mm =’ disp h % CHECKING FOR SAFE NUT HEIGHT % if n <= 27 andand h <= 4. 0d1 disp 'NUT DESIGN CHECK IS SATISFIED' else disp 'NUT DESIGN CHECK IS NOT SATISFIED' break end % CHECKING FOR SCREW STRESSES % CstrB = 4W/ pid1^2; % Compressive stress % SHstrB = 16T1/ pid1^3; % Shear stress % 46 SHstrmax = CstrB/2 ^2 + SHstrB^2 ^0. 5; % Maximum shear stress % f = SHstrYP 1, 1/SHstrmax; % Factor of security % if f >= 5 disp ‘SCREW DESIGN IS SAFE’ else disp ‘SCREW DESIGN IS NOT SAFE’ break end % OTHER ASPECTS OF NUT DESIGN % D1 = 4W/ piTstrYP 1, 2/5 +d2^2 ^0. 5; % Outer diameter engineering matlab nut % D1 = ceil D1; disp ‘OUTER DIAMETER engineering matlab NUT in mm =’@IJAERD 2018, 342 International Journal of Advance Engineering and Research Development IJAERD Volume 5, Issue 01, January 2018, e ISSN: 2348 4470, print ISSN: 2348 6406 disp D1 D2 = 4W/piCstrYP1,2/5+D1^2^0. 5; % Outside diameter engineering matlab collar % D2 = ceil D2; disp ‘OUTSIDE DIAMETER engineering matlab COLLAR in mm =’ disp D2 t1 = W/ piD1SHstrYP 1, 2/5; % Collar thickness % t1 = circular t1; disp ‘COLLAR THICKNESS in mm =’ disp t1 %CHECKING FOR SCREW AGAINST INSTABILITY % Leff = H1+h/2; % Length of column regarded % k = 0. 25d1; % Radius of gyration % R = Leff/k; % Slenderness ratio% C = 0.