Sentence examples for specimens are simulated from inspiring English sources

The ductile crack initiation and propagation processes of notched high strength steel specimens are simulated with acceptable accuracy using the proposed approach.

Additionally, the tested specimens are simulated numerically by a non-linear finite element model considering different values of overall geometric imperfections.

Different thicknesses and initial crack-to-width ratio specimens are simulated at different impact velocities to study the possible effect on the Crack Mouth Opening Displacement and, using a local stress fracture criterion, in the critical Stress Intensity Factor.

The experimental investigation of one of the tested specimens was simulated using the non-linear FE analysis.

Additionally, the inelastic force-deformation response of both specimens is simulated using the OpenSees software by taking into consideration the joint shear and bearing distortions.

The fatigue strength of the specimens was simulated using Crossland and Dang-Van criteria; the field of the residual stresses and the fatigue characteristics of both the untreated material and the treated layer (martensite) are considered.

In the present work, the electrochemical conditions in a CT specimen are simulated and compared to those in a cladding flaw.

The stress field within the test specimen was simulated using finite element analysis (FEA) code.

The column specimen was simulated as a cantilever, and the aspect ratio (H/B) was 6, where H and B are the height of the column and the cross-section dimension, respectively.

In this investigation, the laser cladding process and consecutive surface grinding of a twin-disc test specimen were simulated numerically using the finite element (FE) method.

Development of brittle fracture and the associated macroscopic behaviour of rock specimens in laboratory tests are simulated using a local degradation model for brittle fracture in heterogeneous rocks.