Sentence examples for hardening of rules from inspiring English sources

A royal order in February stipulated that women who drive should not be prosecuted by the courts.But the general trend is toward a hardening of rules.

Cuts in local authority budgets and mental health services, police budgets unable to cope with domestic violence, an arbitrary benefit cap, a penalty on spare rooms, the sale and lack of replenishment of social housing stock, the hardening of rules on squatting – all these things make it happen.

Local multi-axial state of stresses and deformation has been calculated based on Hooke's law with simultaneous consideration of kinematics hardening rule of material according to Jiang's model.

Then, a two-dimensional plane-strain finite element analysis of a crankshaft section under fillet rolling and subsequent bending was conducted based on the anisotropic hardening rule of Choi and Pan (in preparation) and the nonlinear kinematic hardening rule of ABAQUS.

To best represent the hardening rule of the target material, the Lemaitre-Chaboche model is tuned on the basis of fully reverse axial strain tests.

The evolution equation for the active yield surface during the unloading/reloading process is first presented based on the anisotropic hardening rule of Choi and Pan (in preparation) and the Mises yield function.

A unified viscoplasticity model based on the nonlinear kinematic hardening rule of Chaboche with several added features for strain-range dependence, rate-dependence, static recovery, and mean stress evolution is developed and evaluated against a broad set of HA 230 responses.

The von Mises (von Mises R. Ges. Wiss. Göttingen, math. phys. K1 1913 582 93) yield criterion in conjunction with the kinematic hardening rule of Prager and Ziegler (Prager W. Proc. Inst. Mech. Engrs 1955 169 41 57; Ziegler H. Quart. Appl. Math. 1959 17:55–60) is applied to describe the elastic plastic material behavior of the notched shaft.

In this paper we briefly address the consistency of formulations for nested surfaces plasticity and their kinematic hardening translation rules.

Unified constitutive models are categorized into three general classes according to the rate dependence of kinematic hardening rule, which defines the evolution of the back (equilibrium) stress and is the major difference among constitutive models.

The Delobelle parameter δ′ is implemented in the modified model to compromise shakedown of the Burlet Cailletaud hardening rule and over-prediction of the Ohno Wang model.