196,475 research outputs found
Improved immediate postoperative pain following laparoscopic inguinal herniorrhaphy using self-adhering mesh. The importance of clinical practice guidelines
Over the past decades, clinical guidelines have increasingly been accepted as a fundamental tool to improve the quality of care received by patients. We recognize the important contributions made by Hernia in helping surgeons at the bedside become more efficient, through the publication of the most recent international guidelines for groin hernia managemen
Psicoterapia analitica, tecniche di rilassamento corporeo, approccio familiare e farmacoterapia: Gianni e la “sua” rettocolite ulcerosa
Lesioni vascolari in corso di discectomia. Contributo casistico ed osservazioni medico-legali in tema di responsabilità professionale.
Improved immediate postoperative pain following laparoscopic inguinal herniorrhaphy using self-adhering mesh: the importance of clinical practice guidelines
A decision support system for disaster prevention in Urban Areas
This paper presents the use of Human Behavior Modeling for Disaster Relief and Emergency Management. The authors propose an innovative MS2G (Modeling, Interoperable Simulation and Serious Game) using Intelligent Agents to reproduce a complex scenario used for Verification, Validation and Accreditation of the approach. The case study is inspired to South Sudan situation and to the necessity to provide accommodations, food, health care services, security and administrative support to a large number of IDPs (Internally Displaced Persons) over a wide area.
The simulator includes camp preparation and installation, air dr ops, logistics network creation while the model includes populations, entities and units as well as different equipment (e.g. cargo planes, helicopters, ground units, etc.
Supplemental Material, sj-pdf-1-ojs-10.1177_23259671231151450 - Game-Day Pitch and Throw Count Feasibility Using a Single Sensor to Quantify Workload in Youth Baseball Players
Supplemental Material, sj-pdf-1-ojs-10.1177_23259671231151450 for Game-Day Pitch and Throw Count Feasibility Using a Single Sensor to Quantify Workload in Youth Baseball Players by Michael T. Freehill, Michael J. Rose, Katherine A. McCollum, Cristine Agresta and Stephen M. Cain in Orthopaedic Journal of Sports Medicine</p
Stochastic sensitivity analysis of numerical simulations of high-pressure injectors to cavitation modeling parameters
The work focuses on numerical simulation of the cavitating flow inside high-pressure injectors. Cavitation is modeled through a transport equation for the void fraction closed by the Schnerr-Sauer relation, containing four free parameters. As for turbulence, the URANS equations are considered, together with two different closure models. The sensitivity of URANS predictions to the parameters contained in the cavitation model is investigated for a throttle geometry, for which experimental and LES data are available. In order to obtain continuous response surfaces of the quantities of interest in the parameter space starting from a limited number of simulations, a stochastic approach is adopted. First, two out of the four parameters are identified as the most important through a preliminary analysis based on 2D simulations. Then, the sensitivity of 3D simulation results to the previously identified most important parameters is investigated. The stochastic range of variability of the results contains the reference data. Finally, a parameter optimization is carried out in order to obtain the values giving the best agreement with the LES data
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