Browsing by Author "Valencia Musalem, Álvaro"

Now showing items 1-5 of 5

    • Effects of hypertension and pressure gradient in a human cerebral aneurysm using fluid structure interaction ... 
      Valencia Musalem, Álvaro; Torres, Francisco (World Scientific, 2017)
      Fluid-structure interaction (FSI) simulations were carried out in a human cerebral aneurysm model with the objective of quantifying the effects of hypertension and pressure gradient on the behavior of fluid and solid ...
    • Mechanical test of human cerebral aneurysm specimens obtained from surgical clipping 
      Valencia Musalem, Álvaro; Contente, Álvaro; Ignat, Miguel; Mura Castro, Jorge; Bravo, Eduardo; Rivera, Rodrigo; Sordo, Juan (World Scientific Publ., 2015)
      The walls of the blood vessels involved with cerebral aneurysms present different mechanical properties, when compared with those of normal artery. Consequently the models which may describe then predict an aneurysm rupture ...
    • Nanosensors for a Monitoring System in Intelligent and Active Packaging 
      Fuertes, Guillermo; Soto, Ismael; Vargas, Manuel; Valencia Musalem, Álvaro; Sabattin, Jorge; Carrasco, Raul (HINDAWI PUBLISHING CORP, 2016)
      A theoretical wireless nanosensor network (WNSN) system that gives information about the food packaging condition is proposed. The protection effectiveness is estimated by measuring many factors, such as the existence of ...
    • On discriminating sizes of CFD generated bubbles with signal processing analysis 
      Salman Khan, Muhammad; Montes Atenas, Gonzalo; Valencia Musalem, Álvaro; Masood Bhatti, Sohail; Becerra Yoma, Néstor (Elsevier, 2015)
      The aim of this research work is to propose a signal processing based technique to classify and estimate bubble sizes. Bubbles are generated by computational fluid dynamics simulations. Local measuring points for velocity ...
    • Secure DNA data compression using algebraic curves 
      Soto, I.; Jirón, I.; Valencia Musalem, Álvaro; Carrasco, R. (IEEE, 2015)
      A system that achieves compression using artificial DNA packaging with the support of two algebraic curves is presented, whereby the Hermitian channel code algorithm introduces gain and safety. Additionally, performance ...