journal of vascular surgery

[1] Dynamic seal at the aortic neck-endograft interface studied using a novel method of cohesive zone modeling.

[2] desarrollo de un algoritmo computacional para la estimación de la tensión de cables en puentes atirantados con base en la medición experimental en laboratorio y campo de sus modos y frecuencias naturales de vibración development of an computational algorith for estimating cables'tensile stress on cable-stayed bridges based on experimental laboratory and job site measurements on their natural vibration modes and frequencies

[3] analysis of a flat-plate solar collector / plokščiojo saulės kolektoriaus tyrimas

[4] a numerical approach for the determination of mode i stress intensity factors in pmma materials

[5] finite element modelling of the recent- present deformation patter in the calabrian arc and surrounding regions

[6] numerical implementation of voigt and maxwell models for simulation of waves in the ground

[7] FE Model of the Fatih Sultan Mehmet Suspension Bridge Using Thin Shell Finite Elements

[8] Nonlinear soil-structure interaction analysis in poroelastic soil using mid-point integrated finite elements and perfectly matched discrete layers

[9] estimation of local delamination buckling in orthotropic composite plates using kirchhoff plate finite elements

[10] automated dynamic fracture procedure for explicit time integration brick finite elements

[11] 3d finite elements method (fem) analysis of basic process parameters in rotary piercing mill

[12] 3d finite elements modelling for design and performance analysis of uo𝟐 pellets

[13] a new model to study fatigue in dental implants based on probabilistic finite elements and cumulative damage model

[14] damage detection in beam and rod using wave propagation method with spectral finite elements

[15] modelo por elementos finitos de un tubo a presión interna con una grieta transversal parcial // partial transverse crack modelling in pipes under internal pressure using finite elements.

[16] Stochastic simulations based on mixed finite elements for solute transport in groundwater