Artículos de conferencia

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    Energy and cost efficiency of a prefabricated timber social house in Chile: An interdisciplinary challenge
    (2018) Baixas, J.I.; Ubilla, M.; Wiegand, E.; Victorero, F.; MacCawley, A.; Vera, J.; Avanzini, E.; Serra, E.; Luarte, M.; Cárcamo, S.; Peñaloza, A.; Chateau, F.; Rodríguez, G.
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    Interdisciplinary design for the development of a wood house with positive energy
    (2016) Rodriguez, G.; Bodennec, J.; Bruneau, D.; Lagiere, P.; Rouault, F.
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    SERVICE-LEARNING PROJECT IN EDIFICATION: SUSTAINABILITY, EDUCATION AND INNOVATION
    (2025) María Isabel Prieto Barrio; Alberto Leal Matilla; Héctor Enrique Hernández López; María de las Nieves González García
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    Ubiquitous Awareness in An Academic Environment
    (2004) Nussbaum Voehl, Miguel; Aldunate - Vera, Roberto G.; Sfeid, Farid; Oyarce López, Sergio Hugo; González Gutiérrez, Roberto
    The aim of this work is to provide tools to facilitate the encounter of people that are physically close and are (usually) moving in a given setting. In this way unknown people, or people that do not know about others need or knowledge, could meet in a face to face scenario to establish a collaborative relation. The idea of Socialware is enhanced to a face to face Socialware. An Ad Hoc network was build with 40 wireless interconnected Pocket PCs (IEEE 802.11b) under a distributed agent architecture. This work studied how the proposed model behaved with freshmen engineering college students in their social and academic life.
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    Reduction of the Curing Time and Self-healing of Cold Asphalt Mixtures by Means Magnetic Induction
    (Springer Cham, 2025) Fuente Navarro, Christopher Alfredo de la; Lastra-González, Pedro; Indacoechea-Vega, Irune; Castro-Fresno, Daniel
    This research evaluates the feasibility of using magnetic induction to reduce the curing time and for the self-healing of cold asphalt mixtures. For this purpose, the traditional oven curing method was compared with two novel magnetic induction protocols for fast curing in terms of water evaporated, time and energy used; the resulting mixtures were evaluated mechanically. Then, by means of a rupture-healing-rupture test, the feasibility of healing the cold asphalt mixtures by magnetic induction was determined. In addition, the impact of healing by magnetic induction on the service life of the mixtures in the face of particle loss was evaluated. With the developments of this research, it is possible to conclude that fast curing by magnetic induction is a feasible option, which improves the resistance to particle loss but decreases its stiffness and indirect tensile strength of the samples. In addition, it is possible to heal the mixtures by magnetic induction, having an optimum healing temperature, which allows the increase of durability against particle loss.