MODELING OF PLAQUE FORMATION AND DEVELOPMENT IN ARTREAT AND TAXINOMISIS PROJECTS
This review summarizes scientific findings from three European Commission FP7 projects. The first, ARTREAT (2008-2013), focused on a multi-level, patient-specific model of artery and atherogenesis for outcome prediction, treatment decision support, and virtual hands-on training. An original method for plaque formation and development was created an...
By Nenad Filipović, Miloš Radović, Tijana Đukić, Igor Saveljić, Bogdan Milićević, Exarchos Themis, Oberdan Parodi, Dimitris Fotiadis
CRITICAL STRESS EVALUATION IN RECTANGULAR CORRODED PIPE TEES UNDER INTERNAL PRESSURE
...
By Mansour Boudjelid, Aicha Metehri, Belaϊd Mechab, Bachir Bel Abbes Bouiadjra
REXCOM (REXHEP COMMAND OPERATIONS MODULE): A HUMAN-CENTRIC MILITARY AI CHATBOT FRAMEWORK FOR SECURE COMMAND, PERSONNEL AND LOGISTICS OPERATIONS
...
By Rexhep Mustafovski, Aleksandar Petrovski, Marko Radovanović
THREE-DIMENSIONAL NUMERICAL INVESTIGATION OF STATIC AERODYNAMIC COEFFICIENTS FOR AN ARTILLERY PROJECTILE USING STEADY-STATE RANS METHODOLOGY
...
By Damir Jerković, Abdellah Ferfouri, Nebojša Hristov, Toufik Allouche, Igor Radisavljević, Mladen Josijević
MECHANICS OF LUNG MICROSTRUCTURE AS A BASIS FOR LUNG MECHANICS, AND MULTISCALE-MULTIPHYSICS MODEL OF LUNG MECHANICS, AIRFLOW, BLOOD FLOW, AND DIFFUSION
This paper contains two parts – the first is related to the mechanics of lung microstructure, and the second is a formulation of a multiscale-multiphysics model of the lung. The second part considers the entire lung that relies on the mechanics of the microstructure and recently developed a multiscale composite finite element of the lung tiss...
By Miloš Kojić, Ivo Vlastelica, Boban Stojanović, Vladimir Ranković, Akira Tsuda
HEART MODELING, INSILICO CLINICAL TRIALS
In silico clinical trials are set to transform medicine by enabling virtual testing and simulation, which streamline the development of medical devices and pharmaceuticals while reducing costs and duration. The SILICOFCM platform offers a innovative, multi-modular approach designed to optimize overall heart function and monitor the effectiveness of...
By Nenad Filipović, Igor Saveljić, Tijana Geroski, Smiljana Tomašević, Miljan Milošević, Bogdan Milićević, Momčilo Prodanović, Srboljub Mijailović, Miloš Kojić
INCREMENTAL LOAD STEP REGULATION FOR CONTACT MECHANICS USING THE PENALTY APPROACH
This paper presents a method for improving the numerical analysis of contact problems using a penalty formulation. Since contact phenomena are inherently nonlinear, particularly in the case of large deformations, an incremental solution strategy is required. Conventional Newton-Raphson algorithms often face convergence problems when many nodes make...
By Snežana Vulović, Miroslav Živković, Nenad Grujović, Marko Topalović
EFFECTS OF GAS RADIATION AND ACCELERATED FLOW ON SOLAR HEATER PERFORMANCE
In this paper, the performance enhancement of solar gas heaters is evaluated by taking the advantage of both radiating gas effect and using converged ducts with the accelerated flow. The analyzed solar gas heater includes the glass cover, air gap, absorber, gas channel, bottom plate, and insulation. The inclined position of the bottom plate relativ...
By Seyed Abdolreza Gandjalikha Nassab
FIGURE OF MERIT STUDY FOR VALVELESS PIEZOELECTRIC MICROPUMP DESIGNED TO HANDLE LIQUID AND GAS FLUID IN MEDICAL AND ENVIRONMENTAL APPLICATIONS
Micropumps are revolutionizing compact and autonomous monitoring systems due to their portability and efficiency. In this paper, we present a valveless piezoelectric micropump design. This micropump distributes gas and liquid using a PDMS membrane that moves in response to a force applied by a piezoelectric actuator. The proposed design aims to ach...
By Asma Bouzid, Mohamed El Amine Brixi Negassa, Parastesh Pirastesh, Joel Charrier, Sofiane Soulimane
NUMERICAL ANALYSIS OF AN INNOVATIVE ENERGY DISSIPATION DEVICE
Application of systems for passive vibration control is an efficient way for seismic protection of structures. Systems for passive vibration control consist of seismic isolation devices and energy dissipation devices. Base isolation of structures is a concept where devices for passive vibration control are placed in foundations of buildings. Variou...
By Andrija Zorić, Dragan Zlatkov, Marina Trajković-Milenković, Marina Mijalković, Biljana Mladenović