Search results for "technical"

showing 10 items of 955 documents

Medical English in Italian University Courses in Sports Sciences: Some Issues in Focus

2014

Over the last few decades, the increasingly rapid progress of medical science and technology, together with the growing importance of English as the language of international communication, has made the study of medical English a crucial segment in the curriculum of medical undergraduates. In Italy, medical topics are studied not only in medical degree courses but also in those of sports sciences. This paper focuses attention on some medical English-related issues in sports sciences degree courses in Italian universities. More precisely, the work is divided into four main parts. The first part raises the terminological question concerning the denomination of the discipline “lingua inglese”/…

English for medical purposemedical eponymsports sciences syllabusesubtechnical vocabularystudents' linguistic competencesSettore L-LIN/12 - Lingua E Traduzione - Lingua Inglesesports sciences degree course
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A Study on Entrepreneurship at the University of Valencia

2016

In the last few decades, there has been growing interest in the so-called third mission of universities, one of which, the question of entrepreneurship, will be highlighted in this paper. Hence, universities have been configured as institutions to proactively motivate there alumnae, and there, students will find an ideal environment in which to familiarize themselves with the skills and expertise that entrepreneurs require. Furthermore, universities provide advisory services as well as technical support, which are essential elements of sowing the seed of business start-ups. This chapter sets out, from a qualitative perspective, the policies, strategies and actions undertaken by the Universi…

EntrepreneurshipTechnical supportEngineering managementComputingMilieux_THECOMPUTINGPROFESSIONHigher educationbusiness.industryOrder (exchange)SociologyPublic relationsbusinessBusiness developmentEntrepreneurial processIdeal (ethics)
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A shoreline boundary condition for a highly nonlinear Boussinesq model for breaking waves

2012

Abstract A physically based strategy was used to model swash zone hydrodynamics forced by breaking waves within a Boussinesq type of model. The position and the velocity of the shoreline were determined continuously in space by solving the physically-based equations of the shoreline motion; moreover, a fixed grid method, with a wet–dry interface, was adopted for integrating the Boussinesq model. The numerical stability of the model was improved by means of an extrapolation method. To validate the proposed methodology, the classical analytical solution for the shoreline motion of a monochromatic wave train over a plane beach was considered. The comparison between the analytical and numerical…

Environmental EngineeringBoussinesq modelSettore ICAR/02 - Costruzioni Idrauliche E Marittime E IdrologiaExtrapolationrun-up Boussinesq model Breaking wavesBreaking waveOcean EngineeringMechanicsRun-upPhysics::GeophysicsNonlinear systemBreaking wavesGeotechnical engineeringBoundary value problemBoussinesq approximation (water waves)Run-up; Boussinesq model; Breaking wavesMonochromatic electromagnetic plane waveGeologySwashNumerical stability
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Analysis of the chemical and microstructural modifications effects on the hydro-mechanical behaviour of a lime-treated clay

2019

The paper presents the results of a characterization of kinetic characteristics of pozzolanic reaction with the aim to investigate the time-dependent modification of clay properties as a consequence of mixing with lime. Results of chemical analyses are in agreement with the increase of mechanical properties and with the observed microstructure modifications up to one year of curing time. The rate of development of pozzolanic reactions seems to be almost constant while the time required for their completion is dependent on the lime content. Pozzolanic products are responsible for the time reduction of swelling strain upon saturation as well as for the increases of yielding stress, stiffness …

Environmental EngineeringMaterials sciencepozzolanic reactionMetallurgymicrostructure0211 other engineering and technologiesSoil Science02 engineering and technologyengineering.materialGeotechnical Engineering and Engineering GeologyMicrostructurecreepCharacterization (materials science)mechanical behaviourCreepHydraulic conductivity021105 building & constructionengineeringPozzolanic reactionClayGeotechnical engineeringLime treatmenthydraulic conductivity021101 geological & geomatics engineeringLime
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Drones - New technologies for geophysics?

2015

Drones, also referred as Unmanned Aircraft Systems (UAS), Unmanned Aerial Vehicles (UAV) or Remotely Piloted Aircraft (RPA), are aircraft without pilot on board. USA is today the leading country in the field of UAS but recently, seven European countries have pledged to launch joint programs for drones, with the aim of producing the next generation of UAS before 2020. According to some studies on the potential market of UAS in Europe, the geoscience sector is definitely one of the most promising. In this paper, we bring a short description and classification of drones, according to their sized and shaped, with particular attention to the advantages and drawbacks of each type in reference to …

Environmental EngineeringRemotely piloted aircraftAviationbusiness.industryEmerging technologiesGeophysicsGeotechnical Engineering and Engineering GeologyDroneField (computer science)law.inventionOn boardlawSettore GEO/11 - Geofisica ApplicataPotential marketRadarbusinessGeophysicGeology
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Uncertainty in urban flood damage assessment due to urban drainage modelling and depth-damage curve estimation

2010

Due to the increased occurrence of flooding events in urban areas, many procedures for flood damage quantification have been defined in recent decades. The lack of large databases in most cases is overcome by combining the output of urban drainage models and damage curves linking flooding to expected damage. The application of advanced hydraulic models as diagnostic, design and decision-making support tools has become a standard practice in hydraulic research and application. Flooding damage functions are usually evaluated by a priori estimation of potential damage (based on the value of exposed goods) or by interpolating real damage data (recorded during historical flooding events). Hydrau…

Environmental EngineeringUrban PopulationRainContext (language use)urban floodCivil engineeringModels BiologicalBottlenecklocal foodHydrology (agriculture)HumansGeotechnical engineeringComputer SimulationDrainageuncertaintyUncertainty reduction theoryWater Science and TechnologyData collectionFlood mythSewageDrainage SanitarySettore ICAR/02 - Costruzioni Idrauliche E Marittime E IdrologiaFlood damageFloodsFlooding (computer networking)flood modellingItalyCalibrationEnvironmental science
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Pollution and economic growth: a maximum likelihood estimation of environmental Kuznets curve

2011

As in Brock and Taylor (2011) in this paper we consider the importance of the relationship between the Environmental Kuznets Curve (EKC) Literature and the Economic Growth Theories. To address this issue we construct country production functions that directly incorporate CO2 emissions as input and estimate them using Stochastic Frontiers. This approach differs from that of Brock and Taylor (2011) but is similar to the one followed by Koop (1998). By introducing the environmental “bads” directly in the production function, we can analyse their contribution to total output growth. We highlight an important contribution of CO2 emissions to growth and find out that the EKC seems not to hold, at…

Environmental Kuznets Curve Stochastic frontier model Technical Efficiencyjel:Q53
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Nature and origin of fault-controlled fluid seepage across the Maltese Islands

2018

The Maltese Islands are intersected by two major fault systems associated with two diverse rifting episodes affect the islands. The first and most widespread system is Early Miocene to mid-Pliocene in age, and consists of faults that are orientated ENE-WSW. The most distinct of these faults is the Great Fault (known also as the Victoria Lines Fault). The younger system of faults (Late Miocene-Early Pliocene) is still active and consists of faults striking NW to SE that often cross-cut the first generation of faults. The most extensive of these faults is the Maghlaq Fault, located along the southern coastline of the Maltese Islands.

Environmental managementSettore GEO/02 - Geologia Stratigrafica E SedimentologicaHydrology -- MaltaGeotechnical engineering -- MaltaSeepage faultHydrogeology -- Malta
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Measuring Field Rill Erodibility by a Simplified Method

2015

Many process-oriented erosion prediction models reproduce rill erosion as affected by site-specific parameters, as for example, rill erodibility, and thus, their practical application requires the measurement of these parameters or their estimate. The aim of this paper was establishing a method for indirectly measuring field rill erodibility. A simple mathematical approach based on a known soil detachment equation and accounting for the rill erosion dynamic process is applied. Field measurements carried out for seven natural rainfall events occurring at the plots of the Sparacia experimental station, southern Italy, are used for indirectly measuring the rill erodibility of the investigated …

Erosion predictiongeographygeography.geographical_feature_categoryScale (ratio)Soil Science04 agricultural and veterinary sciencesInflowDevelopmentRill erosion010502 geochemistry & geophysics01 natural sciencesField (geography)RillSoil structure040103 agronomy & agricultureErosion0401 agriculture forestry and fisheriesEnvironmental ChemistryEnvironmental scienceGeotechnical engineering0105 earth and related environmental sciencesGeneral Environmental ScienceLand Degradation & Development
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Effects of Age and Playing Tactics on the Individual Tactical Behavior in U10 and U12 Elite Spanish Soccer Players

2022

The aim of this paper was to explore the effects of age and playing tactics on the individual tactical behavior and performance in young soccer players. A total of 1247 individual possessions during 16 knockout matches from LaLiga Promises U12 tournament (n = 621) and LaLiga U10 Iscar Cup (n = 626) were analyzed by observational methodology. Multilevel and multivariate logistic regression models were created to explain the interdependent effects of age category and playing tactics on the individual tactical behavior and performance. Youth players performed most of their actions against defensive pressure (72.5%), during offensive support (91.3%) and receiving the ball facing forward (62.6%)…

Esportistesyouth football; match analysis; technical demands; observational methodology; athlete developmentCiències de l'esportJoventutPhysical Therapy Sports Therapy and RehabilitationOrthopedics and Sports MedicineSports
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