LL_THK 4[mm] "Plate thickness" LL_LX 65[mm] "Bracket length" LL_LZ 70[mm] "Bracket height" LL_DCMP 40[mm] "Diameter of component" LL_BDIA 8[mm] "Diameter of mounting bolts" LL_RC 4[mm] "Radius of central hole" LL_ZCO 5[mm] "Distance from bend to bottom of central hole" LL_RO 5[mm] "Radius of outer holes" LL_YOO 8[mm] "Distance from edge to outer hole" LL_ZOO 20[mm] "Distance from bend to bottom of outer hole" IXCmp 7.1e-4[kg*m^2] "Component mass moment of inertia aROund X axis" IYZCmp 9.3e-4[kg*m^2] "Component mass moment of inertia aROund Y and Z axes" d_O_Cmp sqrt(((LL_YOO+LL_RO)-(4*LL_BDIA+LL_DCMP)/2)^2+((3*LL_THK+LL_ZOO+LL_RO)-LL_LZ)^2)-LL_RO-LL_DCMP/2 "Distance between edges of outer hole and component" d_C_Cmp LL_LZ-(3*LL_THK+LL_ZCO+LL_RC)-LL_RC-LL_DCMP/2 "Distance between edges of central hole and component" d_O_C sqrt(((LL_YOO+LL_RO)-(4*LL_BDIA+LL_DCMP)/2)^2+((3*LL_THK+LL_ZOO+LL_RO)-(3*LL_THK+LL_ZCO+LL_RC))^2)-LL_RO-LL_RC "Distance between edges of outer and central holes" d_O_O 2*((4*LL_BDIA+LL_DCMP)/2-(LL_YOO+LL_RO)-LL_RO) "Distance between outer holes" mCmp 2.4[kg] "Component mass" maxStressLimit 80[MPa] "Maximum allowed equivalent stress under 4g acceleration" minFreq 60[Hz] "Lowest allowed natural frequency"