Oğuzhan Bartuğ Kurukaya

BSc., MSc., Mechanical Engineer

Mechanical Design Specialist

Circle Quarter

 

 

 

 

In this program I have prepared, you can calculate the maximum stress and deformation of simply supported rods by entering the material values, specifying the appropriate geometries and dimensions. 

 

You can download from: Link

mm
Area, A: mm2
Perimeter, P: mm
Centroid, Cx: mm
Centroid, Cy: mm
Second Moment of Area, Ix: mm4
Second Moment of Area, Iy: mm4
Second Moment of Area, Ix1: mm4
Second Moment of Area, Iy1: mm4
Polar Moment of Inertia, Jz: mm4
Polar Moment of Inertia, Jz1: mm4
Radius of Gyration, Kx: mm
Radius of Gyration, Ky: mm
Radius of Gyration, Kz: mm
Radius of Gyration, Kx1: mm
Radius of Gyration, Ky1: mm
Radius of Gyration, Kz1: mm
Elastic Section Modulus, Z: mm3