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Computational & Applied Mechanics Laboratory
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maximum-entropy principle

Talk: Consistent and Stable Meshfree Galerkin Methods Using The Virtual Element Decomposition

June 21, 2024July 23, 2017

On July 6, 2017, in Milan, Italy, Professor A. Ortiz-Bernardin gave a talk at POEMS 2017 regarding innovative ideas for developing cell-based numerical integration techniques for meshfree methods using the

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Consistent and Stable Meshfree Galerkin Methods Using The Virtual Element Decomposition

June 21, 2024July 23, 2017

A talk given by A. Ortiz-Bernardin at POEMS 2017: Workshop on Polytopal Element Methods in Mathematics and Engineering, July 6, 2017, Milan, Italy. Consistent and Stable Meshfree Galerkin Methods Using The

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Consistent, Accurate, and Stable Meshfree Galerkin Methods Based on The Virtual Element Decomposition

June 21, 2024May 9, 2015

A talk given by A. Ortiz-Bernardin at the 1st Pan-American Congress on Computational Mechanics, April 27 – 29, 20145, Buenos Aires, Argentina. Consistent, Accurate, and Stable Meshfree Galerkin Methods Based on

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Paper Accepted: Structural Damage Assessment Using Linear Approximation with Maximum Entropy and Transmissibility Data

June 21, 2024August 23, 2014

Paper Accepted for Publication in Mechanical Systems and Signal Processing V. Meruane, A. Ortiz-Bernardin, “Structural damage assessment using linear approximation with maximum entropy and transmissibility data.” ABSTRACT Supervised learning algorithms

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Paper Submitted: Damage Identification Using Linear Approximation with Maximum-Entropy and Transmissibility Data

June 21, 2024September 19, 2013

V. Meruane, A. Ortiz-Bernardin, “Damage identification using linear approximation with maximum-entropy and transmissibility data,” submitted. ABSTRACT Supervised learning algorithms have been proposed as a suitable alternative to model updating methods

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Latest News

  • Just Graduated!
    Just Graduated!
    May 15, 2025

    Recently, Rodrigo Silva graduated from our PhD program in Mechanical Engineering with a Doctoral Thesis…

  • Accepted Paper: A node-based uniform strain virtual element method for elastoplastic solids
    Accepted Paper: A node-based uniform strain virtual element method for elastoplastic solids
    December 14, 2024

    Paper Accepted for Publication in Computational Mechanics R. Silva-Valenzuela, A. Ortiz-Bernardin, E. Artioli, “A node-based…

  • Talk: A Node-Based Uniform Strain Virtual Element Method for Elastoplastic Solids
    Talk: A Node-Based Uniform Strain Virtual Element Method for Elastoplastic Solids
    January 9, 2024

    On September 6, 2023, in Barcelona, Spain, Professor A. Ortiz-Bernardin gave a talk at COMPLAS…

  • Talk: A Node-Based Uniform Strain Virtual Element Method for Elastic and Inelastic Small Deformation Problems
    Talk: A Node-Based Uniform Strain Virtual Element Method for Elastic and Inelastic Small Deformation Problems
    December 16, 2022

    On June 2, 2022, in Ascona, Switzerland, Professor A. Ortiz-Bernardin gave a talk at CSF…


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Department of Mechanical Engineering
Universidad de Chile
Av. Beauchef 851, Santiago 8370456, Chile
Phone: +56 2 2978 4664
Email: camlab@ing.uchile.cl

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