Tensor model of spatial rigidity of the machine tool has been considered. On the basis of the description of the static stiffness of the major subsystems in the form of ellipsoids stiffness algorithm for finding the compliance of the machine in any direction three-dimensional space has been developed. The surface spatial pliability in the cutting zone of the machine was built.
tensor, stiffness, ductility, machine, subsystem, ellipsoid, algorithm, three-dimensional space, the tensorgeometrical model
"Tenzorno-heometrychna model prostorovoi zhorstkosti metalorizalnoho verstatu" [Tensor-geometrical model of spatial rigidity of the machine tool],
Information Processing Systems,