• Engineering Structures (2020). Engineering Structures, 253 (2020) 113679

    Abstract
    This paper describes the research performed within the scope of H2020 project FIBRESHIP in the development and validation of a thermo-mechanical model to assess the fire [...]

  • J. Sanchez
    libro-blanco-materiales-compuestos (2024). 4

  • J. Sanchez, A. Güemes
    libro-blanco-materiales-compuestos (2024). 3

  • L. Bogaerts, A. Persoons, M. Faes, D. Moens
    WCCM2024.

    Abstract
    Artificial Neural Networks (ANNs) can solve many (un)supervised learning tasks by virtue of the universal approximation theorem. In the context of on-line process control [...]

  • J. Liu, K. Koyamada, H. Natsukawa, S. Kamioka
    WCCM2024.

    Abstract
    Ensuring the safety of nuclear reactor decommissioning workers requires accurate, real-time predictions of radiation dose rates within reactor buildings. However, due to the [...]

  • R. Dwornicka, A. Gądek-Moszczak, R. Ulewicz, N. Radek
    WCCM2024.

    Abstract
    Conducting research based on active influence on the examined object or process requires distinguishing an explained quantity, measured quantitatively, the possible changes [...]

  • Z. Aldirany, C. Bilodeau, R. Cottereau, M. Laforest
    WCCM2024.

    Abstract
    Lately, the approximation of operators for partial differential equations using deep learning has been extensively investigated. However, these deep learning approaches have [...]

  • J. Moehlis, N. Boddupalli, T. Matchen
    WCCM2024.

    Abstract
    Mathematical models allow researchers to understand, analyze, and predict the behavior of systems of physical, biological, and technological interest, and are required for [...]

  • L. Pereira, L. Driemeier
    WCCM2024.

    Abstract
    The finite element method (FEM) is a well known approach to solve partial differential equations. It has important applications in structural engineering, such as in topology [...]

  • S. Vanpaemel, N. Kutz, S. Brunton
    WCCM2024.

    Abstract
    This contribution presents a data-driven approach featuring a physics-inspired neural network structure for modeling complex components in mecha(tro)nic systems. In the present [...]

  • M. Masrouri, Z. Qin
    WCCM2024.

    Abstract
    The distribution of material phases is crucial to determine the composite's mechanical properties. While the entire structure-mechanics relationship of highly ordered material [...]

  • C. Mang, A. Tahmasebi Moradi, D. Danan, M. Yagoubi
    WCCM2024.

    Abstract
    In machine learning process, hyper parameters are chosen in a way to decrease the prediction error and improve the convergence. However, the optimized hyper parameters have [...]

  • T. Tsukiji, Y. Wada, Y. Iwata, M. Irikiin
    WCCM2024.

    Abstract
    In this study, we propose a sub-voxel learning method based on a Neural Operator and predict the thermal temperature field on a circuit board in unsteady heat conduction. [...]

  • P. Zhi, Y. Wu
    WCCM2024.

    Abstract
    Granular flow is a phenomenon widely presented in both the natural and engineering fields. Here granular materials could be either solid particles, e.g. rocks, soil, and grains, [...]

  • G. Muraoka, Y. Wada
    WCCM2024.

    Abstract
    This study presents a prediction of plural crack propagation using the discovered partial differential equations. 80% of structures fracture due to fatigue failure. Therefore, [...]

  • A. Soulaïmani, Y. Kumar, P. Bhatt, M. Moosa
    WCCM2024.

    Abstract
    This article provides a summary of our latest research, where we investigate the application of data-driven deep learning methods to simulate the dynamics of physical systems [...]

  • M. Irikiin, Y. Iwata
    WCCM2024.

    Abstract
    A CNN-based surrogate model is being developed to accelerate CFD calculations. In order to use this surrogate model for design development, it is necessary to improve generalizability. [...]

  • Y. Iwata, Y. Inagaki, M. Irikiin
    WCCM2024.

    Abstract
    We are developing a high-speed simulation technology for physics simulations using deep learning. This technology aims to accelerate simulation time by a factor of several [...]

  • S. Henke, P. Wiesenthal
    WCCM2024.

    Abstract
    The contact behavior between soil and structures is an important aspect in many geotechnical applications. One example is the contact between pile and soil during pile installation [...]

  • M. Göttlicher
    WCCM2024.

    Abstract
    The container problem describes the behaviour of elastic porous media in a rectangular container, which is completely saturated by an ideal incompressible liquid. By time [...]

  • B. Campos, R. Gracie
    WCCM2024.

    Abstract
    Simulations of wave propagation in porous media are important to the understanding of various phenomena, such as seismic effects and non-destructive testing. The derivation [...]

  • X. Zhu, A. Ochi, T. Kaneko, D. Ito
    WCCM2024.

    Abstract
    Wooden pallets account for a large percentage of pallets indispensable for logistics. From the viewpoint of strength and rigidity, pallets made of foreign timber (e.g., American [...]

  • T. Tsuji, K. Saito
    WCCM2024.

    Abstract
    The purpose of this study is to estimate the material constants of woods as an anisotropic material, by indentation tests using an ellipsoid indenter. Firstly, uniaxial compression [...]

  • Z. Chen
    WCCM2024.

    Abstract
    Wood, unlike steel and concrete, is an anisotropic material. Because of its inherent characteristics, the mechanical behaviour of wood depends on the grain direction and the [...]

  • S. Hirai, T. Ono, H. Hirano, N. Sato
    WCCM2024.

    Abstract
    Damage to tanks has been reported every time an earthquake with a seismic intensity of 6 or higher occurs, such as the 2011 Tohoku Pacific Coast Earthquake (Great East Japan [...]

  • A. Myśliński, A. Chudzikiewicz
    WCCM2024.

    Abstract
    This paper is concerned with the modeling of power dissipation due to friction and its relation with wear estimation in wheel–rail contact. In contact models, wear is usually [...]

  • N. Menga, C. Mueller, G. Carbone, M. Mueser
    WCCM2024.

    Abstract
    Dealing with semi-infinite solids, interfacial friction is usually neglected, as normal and tangential displacements fields are independent on each other (unless material [...]

  • B. Giffin
    WCCM2024.

    Abstract
    In the classical theory of two-body contact, a single shared contact interface is considered between two continuum bodies, and is further discretized as such in the finite [...]

  • R. Nakaso, K. Kashiyama, T. Kotoura
    WCCM2024.

    Abstract
    This paper presents a development of a hybrid Mixed Reality visualization system using location-based and marker-based methods. The Microsoft Hololens 2 is employed for the [...]

  • Y. Habutsu, T. Miyake, H. Okawa, K. Kashiyama
    WCCM2024.

    Abstract
    This paper presents a development of land use classification model based on semantic segmentation using aerial photographs and its contribution to the efficiency of 2D tsunami [...]

  • Y. Zhou, S. Yao
    WCCM2024.

    Abstract
    High speed and lightweight are the development trends of high-speed trains in the world. Air braking technology is the last line of defense to ensure the safety and reliability [...]

  • A. Neiburgs
    WCCM2024.

    Abstract
    This paper presents a study on the characteristics of Pratt trusses under conditions of optimal or near-optimal weight. Trusses with varying numbers of panels, spans, and [...]

  • V. Morici, V. Barnabei, A. Castorrini, F. Rispoli
    WCCM2024.

    Abstract
    The numerical simulation of wind turbines and wind farms aerodynamics represents an open challenge in computational mechanics. It involves multi-physics and multi-scale phenomena, [...]

  • A. Garcia Llona, M. Aguirre, F. Verdugo, S. Avril
    WCCM2024.

    Abstract
    Lymphedema is a chronic disease that causes swelling in the soft tissues, mostly taking place in the extremities. This research focuses on the treatment of lymphedema through [...]

  • M. Silva, L. Ramos
    WCCM2024.

    Abstract
    Vibration is a prevalent issue in structural engineering, encompassing a wide array of problems that, if left unaddressed, can lead to severe consequences. These consequences [...]

  • L. Souza, A. Romero
    WCCM2024.

    Abstract
    The precision of controlling the attitude of a CubeSat during the injection phase in orbit is of fundamental importance for the success of the mission. In general, the CubeSat [...]

  • L. Santos, M. Silva, R. Brasil
    WCCM2024.

    Abstract
    This research project aims to investigate the mitigation of vibrations in the spars of aeronautical wings during flutter occurrences. The study will delve into aeroelastic [...]

  • S. Yamada, E. Kita
    WCCM2024.

    Abstract
    Traffic congestion absorbing driving is a method of driving at low speed with a larger inter-vehicle distance than surrounding vehicles. This makes it possible to reduce excessive [...]

  • J. Guan, X. Zhou, G. Qu, G. Bao
    WCCM2024.

    Abstract
    High entropy alloys (HEAs) especially CoCrFeMnNi HEAs have drawn more and more attention due to their excellent combination performance. However, the mechanical properties [...]

  • S. Mathews, P. Servio, A. Rey
    WCCM2024.

    Abstract
    Gas hydrates are inclusion compounds that form in conditions of low temperature and high-pressure systems with water and gaseous molecules. Their potential use in carbon capture [...]

  • R. Secor, R. Rao, W. Ortiz
    WCCM2024.

    Abstract
    Reynolds’ hydrodynamic lubrication theory has been used extensively to analyze and quantify thin film manufacturing1 . Applications span liquid flows in bearings, coatings, [...]

  • L. Willis, R. Rao, L. Liu
    WCCM2024.

    Abstract
    We lay the foundation and framework for a multiscale approach for studying crystallization in the presence of flow by coupling the Structural Phase Field Crystal (XPFC) formalism [...]

  • J. Dong, D. Shi, J. Wang
    WCCM2024.

    Abstract
    In order to address the issues of warping deformation and long-term production of complex thin-walled parts during In-Mold Decoration (IMD) production, the structure design [...]

  • H. Spartali, L. Mester, G. Kikis, S. Klarmann
    WCCM2024.

    Abstract
    The advantages of carbon-reinforced concrete (CRC) over traditional concrete elements reinforced with steel, including high strength, low weight, and corrosion resistance, [...]

  • Y. Ciupack, J. Giese, M. Curbach, B. Beckmann
    WCCM2024.

    Abstract
    Advancements in concrete construction, such as carbon-reinforced and ultra-high performance concretes, enable the creation of slender, high-capacity structures, enhancing [...]

  • M. Pahn, C. de Sousa, S. Grzesiak, J. Giese
    WCCM2024.

    Abstract
    In order to make accurate predictions of the structural behaviour of non-metallic reinforced concrete elements, one of the key problems in the development of this type of [...]

  • S. Aoki
    WCCM2024.

    Abstract
    Ultrasonic vibration has been applied to many machining processes. It has been reported that the application of ultrasonic vibration to machining has improved machining efficiency [...]

  • WCCM2024.

    Abstract
    The first objective of this study is to revisit an analytical test by the author that helps now for a prediction and explanation for the likely physical existence of twin [...]

  • L. Pini Tanabe, A. Serpa
    WCCM2024.

    Abstract
    While linear systems have been extensively studied in the past few decades, systems with strong nonlinearities are not as widely investigated. One of the reasons why these [...]

  • E. Mudahemuka, K. Yamamoto
    WCCM2024.

    Abstract
    SHM relies on the possibility of estimating structural modal parameters, such as mode shapes, natural frequencies, and damping, from the structure’s measured data. Nevertheless, [...]

  • L. Ruffo Pinto, D. Soares Jr., I. de Souza Sales, W. João Mansur
    WCCM2024.

    Abstract
    This study discusses an explicit time-marching procedure that is designed for the time-domain resolution of elastodynamic models considering their physical properties and [...]

  • D. Soares, L. Pinto, I. Sales, W. Mansur
    WCCM2024.

    Abstract
    In this work, an explicit-implicit time-marching formulation, which adapts to the model's properties, its adopted spatial and temporal discretizations, and its computed responses, [...]

  • C. Qi, Y. Wu, P. Zhi
    WCCM2024.

    Abstract
    The aim of this study is to investigate the impact of interface bonding properties of 3D printable concrete (3DPC) on non-destructive testing. By fabricating concrete specimens [...]

  • V. Vu, Q. Nguyen, M. Thomas
    WCCM2024.

    Abstract
    . This paper introduces a novel approach that combines the Unscented Kalman Filter with the Hunt-Crossley force model to accurately estimate the stiffness and damping characteristics [...]

  • A. Noda, T. Maegawa, S. Mitsui, M. Sasatani
    WCCM2024.

    Abstract
    The Japanese seismic design code allows for formation of plastic hinges at beam ends during large earthquakes. However, in cases in which seismic motion exceeds anticipated [...]

  • M. He, J. He, X. Sun
    WCCM2024.

    Abstract
    Displacement induced by external forces is one of the most intuitive variables for assessing structural safety. Traditional contact methods, such as deploying displacement [...]

  • F. Ripamonti, S. Cii, A. Bussini
    WCCM2024.

    Abstract
    The rapid expansion of telecommunications infrastructure, driven by the deployment of the 5G network, necessitates innovative engineering solutions to ensure the reliability [...]

  • Z. Zondi, M. Kaunda
    WCCM2024.

    Abstract
    The asymmetric Stockbridge vibration damper is commonly employed in overhead power cables to mitigate Aeolian vibration, which is the oscillation of conductor cables within [...]

  • S. Roediger, C. Koenke, H. Beinersdorf
    WCCM2024.

    Abstract
    In order to reduce vibration amplitudes, the MFPA Weimar is investigating joint damping. The effect is based on the relative displacement between two components between which [...]

  • M. Lainer, G. Müller
    WCCM2024.

    Abstract
    In this contribution, a coupling approach between the Wave Based Method and an oblique incident P1-wave is presented. The approach is used to model a poroelastic halfspace [...]

  • K. Koro
    WCCM2024.

    Abstract
    The stochastic method for homogenization analysis of diffusion problems considering uncertainties of inclusion shape is developed using a microscopic spectral stochastic BEM [...]

  • M. Daraki, G. Drosopoulos, G. Foutsitzi, G. Stavroulakis
    WCCM2024.

    Abstract
    . Smart structures exploit the synergy between several coupled physical phenomena to produce materials and structures with enhanced properties. Such structures incorporate [...]

  • G. Stavroulakis, A. Mouratidou, G. Drosopoulos
    WCCM2024.

    Abstract
    Modelling of composites requires the consideration of various components that work together and interact in a linear and nonlinear way. Linear and nonlinear modelling in view [...]

  • C. Lee, Y. Lee, B. Ryoo
    WCCM2024.

    Abstract
    Extreme learning machine (ELM) is a methodology for solving partial differential equations (PDEs) using a single hidden layer feed-forward neural network. It presets the weight/bias [...]

  • J. Mendoza, B. Sensale, A. Canelas
    WCCM2024.

    Abstract
    In the proposed methodology, a load pattern is applied in a non-adaptive fashion to obtain the seismic response of two-dimensional steel moment resisting frames. The proposed [...]

  • J. Wackers, H. Pehlivan Solak, R. Pellegrini, A. Serani
    WCCM2024.

    Abstract
    Engineering design optimization based on expensive simulation is increasingly performed with surrogate models [1], i.e. approximate models fitted through a small dataset of [...]

  • R. Baptista, T. Price-Broncucia, R. Morrison
    WCCM2024.

    Abstract
    Multi-physics scientific codes, like those used in weather prediction and spacecraft simulation, often involve the coupling of many subdomain models. The resulting models [...]

  • Y. Xu, Z. Lin
    WCCM2024.

    Abstract
    Concrete structure is widely used in civil engineering. Numerical Simulation in mesoscale could provide a powerful analysis tool, which is based on the Total Finite Element [...]

  • M. Pires Kassab, E. Campello, A. Ibrahimbegovic
    WCCM2024.

    Abstract
    This work profits from a weakly coupled multiscale approach to derive a 7-DOF kinematically-exact reduced-order rod model for thin-walled members (starting from [1]) with [...]

  • . Sajal, P. Roy
    WCCM2024.

    Abstract
    Metamaterials with engineered microstructures exhibit exceptional properties such as negative Poisson’s ratio, energy absorption, and bandgap. These materials can prevent [...]

  • Y. Liu, Y. Zhao, Q. Lin, W. Pan
    WCCM2024.

    Abstract
    Thin-walled structure of CFRP laminates is widely utilized in the assembly of aircraft wings. The deformation field generated during the assembly process can impact the assembly [...]

  • Q. Lin, Y. Zhao, Y. Liu, W. Pan
    WCCM2024.

    Abstract
    Bearing limitation is a key performance indicator for composite bolted joints. Assembly process parameters such as washer structural parameters, interfacial friction coefficients [...]

  • D. Wawrzyniak, J. Winter, S. Schmidt, T. Indinger
    WCCM2024.

    Abstract
    We present a quantum algorithm for computational fluid dynamics based on the Lattice-Boltzmann method. Our approach involves a novel encoding strategy and a modified collision [...]

  • P. Devloo, G. Avancini, M. Meneghel
    WCCM2024.

    Abstract
    Saddle point problems frequently appear in many mathematical and engineering applications. Most systems of partial differential equations with constraints give rise to saddle [...]

  • W. Ziye, T. Yong
    WCCM2024.

    Abstract
    The angle of repose does affect the behavior of granular materials and has a wide range of applications. The addition of a small amount of liquid can dramatically change the [...]

  • D. Aketo, K. Ono
    WCCM2024.

    Abstract
    Today many electronic devices that generate significant heat are required to be equipped with liquid cooling systems to reduce their temperature. Since the liquid flow path [...]

  • A. Viguerie, E. Jacobson, C. Piazzola
    WCCM2024.

    Abstract
    In recent years, mathematical models have become an indispensable tool in the planning, evaluation, and implementation of public health interventions. Models must often provide [...]

  • C. El Yaakoubi-Mesbah, C. Mittelstedt
    WCCM2024.

    Abstract
    Thin-walled composite structures are used in applications such as aircraft and spacecraft due to their low weight and corresponding high stiffness properties. To optimize [...]

  • T. Oladele, D. Weatherley, L. Bbosa
    WCCM2024.

    Abstract
    In mineral processing, ore fracture is an essential first step for which the objective is to increase the exposed surface area of the valuable mineral, thereby increasing [...]

  • N. Heim, S. Henke
    WCCM2024.

    Abstract
    DEM (discrete element method) is a widely used numerical simulation method, which models the behaviour of a bulk substrate based on the individual interactions of many particles. [...]

  • A. Vershinin, A. Yury, V. Levin, K. Petrovsky
    WCCM2024.

    Abstract
    The paper considers the solution of a three-dimensional problem of modeling of all types of seismic waves propagating in real geological media. The numerical algorithm based [...]

  • Y. Krashanytsia
    WCCM2024.

    Abstract
    Based on the created generalized apparatus of vector-tensor analysis, integral representations of the main dynamic and kinematic characteristics of the problem of viscous [...]

  • M. Fois, A. Makarim, C. FALCO, A. Larese, L. Formaggia
    WCCM2024.

    Abstract
    Landslides pose a significant threat to human safety and the well-being of communities, making them one of the most challenging natural phenomena. Their potential for catastrophic [...]

  • Y. Liang, Y. Cheng, Z. Han, C. Yan
    WCCM2024.

    Abstract
    To comprehensively understand the influence of the contact area on the flow characteristics of rough single fractures, a rough fracture surface is initially constructed using [...]

  • Y. Yin, R. Onishi, S. Watanabe, I. Segrovets
    WCCM2024.

    Abstract
    We study the aerodynamics of fractal trees by using a simulation based on the Lattice Boltzmann Method with a cumulant collision term. We have applied L-system rules to construct [...]

  • H. Kamil, A. Soulaïmani, A. Beljadid
    WCCM2024.

    Abstract
    Accurate modeling of water infiltration and solute transport in unsaturated soils is critical for various applications. These include optimizing irrigation practices to conserve [...]

  • N. Toutlini, H. Kamil, A. Soulaïmani, A. Beljadid
    WCCM2024.

    Abstract
    The objective of this study is to numerically solve the coupled system of water flow and solute transport in unsaturated porous media using a noniterative predictor-corrector [...]

  • Y. Sakai, K. Kashiyama, H. Hasebe
    WCCM2024.

    Abstract
    This paper aims to apply the Isogeometric Analysis(IGA) to fluid-structure interaction problem in the civil engineering field. Recently, IGA has attracted much attention as [...]

  • H. Miyauchi, K. Kashiyama, H. Yoshikawa
    WCCM2024.

    Abstract
    This paper presents a traffic noise evaluation system based on acoustic theory. The finite element method is employed for unsteady wave equations, which is suitable for arbitrary [...]

  • E. Stanisauskis Weiss, E. Warner, V. Rossell-Olmos
    WCCM2024.

    Abstract
    Dielectric materials, which are commonly used in capacitors, could increase energy storage density on a per volume basis in film capacitors compared to current technologies [...]

  • D. Roca, G. Sal-Anglada, D. Yago, J. Cante
    WCCM2024.

    Abstract
    Recent developments in acoustic metamaterials have been focused on broadening the attenuating bandwidth features towards lower frequency ranges, well below 1000 Hz, as well [...]

  • R. Moura Barbosa, A. Serpa
    WCCM2024.

    Abstract
    This work exposes a computational procedure designed to aid in modeling mechanical systems featuring stiffness nonlinearity. The basis of the procedure is the Harmonic Balance [...]

  • V. Križaić, T. Rodiger, N. Križaić, J. Križaić
    WCCM2024.

    Abstract
    The optimization of the dimensioning of constructive designs is constantly evolving. FEM, evolutionary, and other various methods are being developed, which are implemented [...]

  • Y. Ohkura, D. Watanabe, R. Taniguchi, S. Yamani
    WCCM2024.

    Abstract
    Cerebral aneurysms are a type of cerebrovascular disorder where a balloon-like bulge forms in part of an artery in the brain. One of the developed treatments for large cerebral [...]

  • R. Gomez Araque, C. Bustamante, R. Valencia, W. Florez
    WCCM2024.

    Abstract
    Photothermal therapy (PTT) stands as a promising avenue for cancer treatment. Metallic nanoparticles (NPs) absorb near-infrared light, inducing localized heating for tumor [...]

  • K. Nispel, T. Lerchl, G. Gruber, H. Moeller
    WCCM2024.

    Abstract
    Due to limited MRI resolution, patient-specific simulation models derived from medical images often lack bio-fidelity. To address this, we present a smoothing pipeline for [...]

  • Y. Liu
    WCCM2024.

    Abstract
    In this study, we propose a topology optimization approach aimed at designing an optimal artificial auditory ossicle to enhance hearing restoration in the sound conduction [...]

  • E. Prudencio, A. Stephens
    WCCM2024.

    Abstract
    We give an overview of MCMC capabilities in the Dakota software package from Sandia National Laboratories, and present some Bayesian calibration results.

  • L. Micoli, R. Russo, T. Coppola, D. Severi
    WCCM2024.

    Abstract
    The maritime industry's pursuit of sustainability drives the exploration of alternative fuels, with hydrogen emerging as a promising solution. This paper presents a comprehensive [...]

  • T. Su, H. Huang, J. Chen
    WCCM2024.

    Abstract
    CoCrNi medium-entropy alloy (MEA) possesses an FCC crystal structure with multiple slip systems and low stacking fault energy [1]; a substantial amount of nanoscale deformation [...]