Markus Lukacevic

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Josef FüsslTU Wien, Karlsplatz 13, 1040 Vienna, AustriaDirección de correo verificada de tuwien.ac.at
Josef EberhardsteinerProfessor, Institute for Mechanics of Materials and Structures, Vienna University of TechnologyDirección de correo verificada de tuwien.ac.at
Maximilian AutengruberInstitute for Mechanics of Materials and Structures, TU Wien, AustriaDirección de correo verificada de tuwien.ac.at
Kandler GeorgTU WienDirección de correo verificada de tuwien.ac.at
Sebastian PechTU Wien (Vienna University of Technology)Dirección de correo verificada de tuwien.ac.at
Chris MartinDepartment of Engineering Science, University of OxfordDirección de correo verificada de eng.ox.ac.uk
Mingjing LiHelmholtz-Zentrum GeesthachtDirección de correo verificada de hzg.de
Markus KönigsbergerTU WienDirección de correo verificada de tuwien.ac.at
Luis Zelaya-LainezTU WIEN - Vienna University of TechnologyDirección de correo verificada de tuwien.ac.at
Michael HarasekTechnische Universität WienDirección de correo verificada de tuwien.ac.at
Sebastián Serna-LoaizaTechnische Universität Wien - Postdoctoral researcherDirección de correo verificada de tuwien.ac.at
Valentin SenkInstitute of Mechanics of Materials and Structures, TU WienDirección de correo verificada de tuwien.ac.at
Michael SchwaighoferTU WienDirección de correo verificada de tuwien.ac.at
Olaf LahayneTU WienDirección de correo verificada de tuwien.ac.at
Anders OlssonLinneuniversitetetDirección de correo verificada de lnu.se
Anton FriedlProfessor for Chemical Engineering, Vienna University of TechnologyDirección de correo verificada de tuwien.ac.at
Thomas KieferInstitute for mechanics of materials and structuresDirección de correo verificada de tuwien.ac.at
Ronald BlabDirección de correo verificada de tuwien.ac.at
Helmut PottmannTU WienDirección de correo verificada de geometrie.tuwien.ac.at
Aime RuusTartu College, Tallinn University of TechnologyDirección de correo verificada de taltech.ee

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Markus Lukacevic

TU Wien (Vienna University of Technology)

Dirección de correo verificada de tuwien.ac.at - Página principal

computational mechanics fracture mechanics wood timber masonry


Título Ordenar por citas Ordenar por año Ordenar por título	Citado por Citado por	Año
Numerical simulation tool for wooden boards with a physically based approach to identify structural failure M Lukacevic, J Füssl European Journal of Wood and Wood Products 72, 497-508, 2014	88	2014
A microstructure-based multisurface failure criterion for the description of brittle and ductile failure mechanisms of clear-wood M Lukacevic, W Lederer, J Füssl Engineering Fracture Mechanics 176, 83-99, 2017	86	2017
A 3D model for knots and related fiber deviations in sawn timber for prediction of mechanical properties of boards M Lukacevic, G Kandler, M Hu, A Olsson, J Füssl Materials & Design 166, 107617, 2019	81	2019
Failure mechanisms of clear wood identified at wood cell level by an approach based on the extended finite element method M Lukacevic, J Füssl, R Lampert Engineering Fracture Mechanics 144, 158-175, 2015	78	2015
Finite-element-based moisture transport model for wood including free water above the fiber saturation point M Autengruber, M Lukacevic, J Füssl International Journal of Heat and Mass Transfer 161, 120228, 2020	61	2020
An algorithm for the geometric reconstruction of knots within timber boards based on fibre angle measurements G Kandler, M Lukacevic, J Füssl Construction and Building Materials 124, 945-960, 2016	58	2016
Discussion of common and new indicating properties for the strength grading of wooden boards M Lukacevic, J Füssl, J Eberhardsteiner Wood Science and Technology 49, 551-576, 2015	43	2015
Application of a multisurface discrete crack model for clear wood taking into account the inherent microstructural characteristics of wood cells M Lukacevic, J Füssl Holzforschung 70 (9), 845–853, 2016	40	2016
Finite-element-based prediction of moisture-induced crack patterns for cross sections of solid wood and glued laminated timber exposed to a realistic climate condition M Autengruber, M Lukacevic, C Gröstlinger, J Füssl Construction and Building Materials 271, 121775, 2021	39	2021
A numerical simulation tool for wood grading model development C Hackspiel, K De Borst, M Lukacevic Wood science and technology 48, 633-649, 2014	38	2014
Strength predictions of clear wood at multiple scales using numerical limit analysis approaches M Li, J Füssl, M Lukacevic, J Eberhardsteiner, CM Martin Computers & Structures 196, 200-216, 2018	36	2018
Metamodel assisted optimization of glued laminated timber beams by using metaheuristic algorithms S Pech, G Kandler, M Lukacevic, J Füssl Engineering Applications of Artificial Intelligence 79, 129-141, 2019	33	2019
Comparison of unit cell-based computational methods for predicting the strength of wood J Füssl, M Li, M Lukacevic, J Eberhardsteiner, CM Martin Engineering Structures 141, 427-443, 2017	33	2017
Experimental study on glued laminated timber beams with well-known knot morphology G Kandler, M Lukacevic, J Füssl European Journal of Wood and Wood Products 76, 1435-1452, 2018	31	2018
A hybrid multi-phase field model to describe cohesive failure in orthotropic materials, assessed by modeling failure mechanisms in wood S Pech, M Lukacevic, J Fuessl Engineering Fracture Mechanics 271, 108591, 2022	27	2022
A robust multisurface return-mapping algorithm and its implementation in Abaqus S Pech, M Lukacevic, J Füssl Finite Elements in Analysis and Design 190, 103531, 2021	27	2021
Stochastic engineering framework for timber structural elements and its application to glued laminated timber beams G Kandler, M Lukacevic, C Zechmeister, S Wolff, J Füssl Construction and Building Materials 190, 573-592, 2018	27	2018
Modeling approach to estimate the bending strength and failure mechanisms of glued laminated timber beams C Vida, M Lukacevic, J Eberhardsteiner, J Füssl Engineering Structures 255, 113862, 2022	25	2022
The compressive strength of vertically perforated clay block masonry predicted by means of a unit-cell type numerical simulation tool taking discrete cracking into account T Kiefer, H Kariem, M Lukacevic, J Füssl Construction and Building Materials 150, 24-34, 2017	23	2017
Performance Assessment of a Numerical Simulation Tool for Wooden Boards with Knots by Means of Full‐Field Deformation Measurements M Lukacevic, J Füssl, M Griessner, J Eberhardsteiner Strain 50 (4), 301-317, 2014	20	2014

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