L.A.A. Beex

L.A.A. Beex

Université du Luxembourg

H-index: 22

Europe-Luxembourg

About L.A.A. Beex

L.A.A. Beex, With an exceptional h-index of 22 and a recent h-index of 18 (since 2020), a distinguished researcher at Université du Luxembourg, specializes in the field of computational mechanics, quasicontinuum method, Bayesian inference, constitutive models, contact mechanics.

His recent articles reflect a diverse array of research interests and contributions to the field:

Nested objective functions for frictional contact

A mechanical model for compaction of strands for wire ropes

A data-driven reduced-order surrogate model for entire elastoplastic simulations applied to representative volume elements

An adaptive multiscale quasicontinuum approach for mechanical simulations of elastoplastic periodic lattices

Intercorrelated random fields with bounds and the Bayesian identification of their parameters: Application to linear elastic struts and fibers

A hyper-reduction method using adaptivity to cut the assembly costs of reduced order models

A refinement indicator for adaptive quasicontinuum approaches for structural lattices

Frictional interactions for non‐localized beam‐to‐beam and beam‐inside‐beam contact

L.A.A. Beex Information

University

Position

___

Citations(all)

1423

Citations(since 2020)

1031

Cited By

769

hIndex(all)

22

hIndex(since 2020)

18

i10Index(all)

32

i10Index(since 2020)

32

Email

University Profile Page

Université du Luxembourg

Google Scholar

View Google Scholar Profile

L.A.A. Beex Skills & Research Interests

computational mechanics

quasicontinuum method

Bayesian inference

constitutive models

contact mechanics

Top articles of L.A.A. Beex

Title

Journal

Author(s)

Publication Date

Nested objective functions for frictional contact

Diego Rene HURTADO CATHALIFAUD

Lars Beex

2023/7/6

A mechanical model for compaction of strands for wire ropes

International Journal of Solids and Structures

Li Chen

Marco Magliulo

Marco Elig

Lars AA Beex

2023/5/1

A data-driven reduced-order surrogate model for entire elastoplastic simulations applied to representative volume elements

Scientific Reports

S Vijayaraghavan

L Wu

L Noels

Stéphane PA Bordas

S Natarajan

...

2023

An adaptive multiscale quasicontinuum approach for mechanical simulations of elastoplastic periodic lattices

Mechanics Research Communications

Li Chen

Péter Z Berke

Thierry J Massart

Stéphane PA Bordas

Lars AA Beex

2022/11/1

Intercorrelated random fields with bounds and the Bayesian identification of their parameters: Application to linear elastic struts and fibers

International Journal for Numerical Methods in Engineering

Hussein Rappel

Mark Girolami

Lars AA Beex

2022/8/15

A hyper-reduction method using adaptivity to cut the assembly costs of reduced order models

Computer Methods in Applied Mechanics and Engineering

Jack S Hale

Elisa Schenone

Davide Baroli

Lars AA Beex

Stéphane PA Bordas

2021/7/1

A refinement indicator for adaptive quasicontinuum approaches for structural lattices

International Journal for Numerical Methods in Engineering

Li Chen

Péter Z Berke

Thierry J Massart

Lars AA Beex

Marco Magliulo

...

2021/5/30

Frictional interactions for non‐localized beam‐to‐beam and beam‐inside‐beam contact

International Journal for Numerical Methods in Engineering

Marco Magliulo

Jakub Lengiewicz

Andreas Zilian

Lars AA Beex

2021/4/15

Bayesian model uncertainty quantification for hyperelastic soft tissue models

Data-Centric Engineering

Milad Zeraatpisheh

Stephane PA Bordas

Lars AA Beex

2021

UNSUPERVISED LEARNING BASED MODEL ORDER REDUCTION FOR HYPERELASTOPLASTICITY

Soumianarayanan Vijayaraghavan

Lars Beex

Ludovic Noels

Stephane Bordas

2021

Neural-network acceleration of projection-based model-order-reduction for finite plasticity: Application to RVEs

arXiv preprint arXiv:2109.07747

S Vijayaraghavan

L Wu

L Noels

Stéphane PA Bordas

S Natarajan

...

2021/9/16

Beam-inside-beam contact: Mechanical simulations of slender medical instruments inside the human body

Computer Methods and Programs in Biomedicine

Marco Magliulo

Jakub Lengiewicz

Andreas Zilian

Lars AA Beex

2020/11/1

Fatigue phase-field damage modeling of rubber using viscous dissipation: Crack nucleation and propagation

Mechanics of Materials

Pascal J Loew

Bernhard Peters

Lars AA Beex

2020/3/1

A Stochastic galerkin cell-based smoothed finite element method (SGCS–FEM)

International Journal of Computational Methods

Tittu Varghese Mathew

Lars Beex

Stéphane PA Bordas

Sundararajan Natarajan

2020/10/25

DATA DRIVEN SURGICAL SIMULATIONS

Saurabh Deshpande

Stéphane Bordas

Lars Beex

Stephane Cotin

Anina Sarkica

2020

Accelerating fatigue simulations of a phase-field damage model for rubber

Computer Methods in Applied Mechanics and Engineering

Pascal J Loew

Leong H Poh

Bernhard Peters

Lars AA Beex

2020/10/1

Contact between shear-deformable beams with elliptical cross sections

Acta Mechanica

Marco Magliulo

Andreas Zilian

LAA Beex

2020/1

Generalized quasicontinuum modeling of metallic lattices with geometrical and material nonlinearity and variability

Computer Methods in Applied Mechanics and Engineering

Li Chen

Lars AA Beex

Peter Z Berke

Thierry J Massart

Stéphane PA Bordas

2020/7/1

Non-localised contact between beams with circular and elliptical cross-sections

Computational Mechanics

Marco Magliulo

Jakub Lengiewicz

Andreas Zilian

Lars AA Beex

2020/5

A tutorial on Bayesian inference to identify material parameters in solid mechanics

Hussein Rappel

Lars AA Beex

Jake S Hale

Ludovic Noels

SPA Bordas

2020/4

See List of Professors in L.A.A. Beex University(Université du Luxembourg)

Co-Authors

H-index: 35
Pierre Kerfriden

Pierre Kerfriden

Cardiff University

H-index: 32
Stefan Diebels

Stefan Diebels

Universität des Saarlandes

H-index: 32
Tom Lahmer

Tom Lahmer

Bauhaus-Universität Weimar

H-index: 31
Jan Zeman

Jan Zeman

Ceské vysoké ucení technické v Praze

H-index: 19
Anne Jung

Anne Jung

Universität des Saarlandes

H-index: 11
Ondrej Rokos

Ondrej Rokos

Technische Universiteit Eindhoven

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