ADVANCED MODELS AND DYNAMIC FORMULATIONS FOR COMPUTATIONAL SIMULATION OF FISHING GEARS (Q3160152): Difference between revisions
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(Removed claim: summary (P836): THE FISHERIES SECTOR IS OF VITAL IMPORTANCE IN THE COASTAL REGIONS OF THE EUROPEAN UNION. IT IS CURRENTLY FACING THE RECENT BAN ON DISCARDS IN THE EU, A CHALLENGE THAT WILL REQUIRE IT TO MAKE A MAJOR MODERNISATION OF THE FISHING GEAR USED. ANOTHER RECURRING THREAT IS THE COST OF FUEL: In spite of the experience gained since 2015, its price has increased considerably in the last two decades._x000D__x000D__x000D_ DESIGNING A new ECOLOGICAL AND E...) |
(Created claim: summary (P836): THE FISHERIES SECTOR IS OF VITAL IMPORTANCE IN THE COASTAL REGIONS OF THE EUROPEAN UNION. IT IS CURRENTLY FACING THE RECENT BAN ON DISCARDS IN THE EU, A CHALLENGE THAT WILL REQUIRE IT TO MAKE A MAJOR MODERNISATION OF THE FISHING GEAR USED. ANOTHER RECURRING THREAT IS THE COST OF FUEL: In spite of the experience gained since 2015, its price has increased considerably in the last two decades._x000D__x000D__x000D_ DESIGNING A new ECOLOGICAL AND ENE...) |
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THE FISHERIES SECTOR IS OF VITAL IMPORTANCE IN THE COASTAL REGIONS OF THE EUROPEAN UNION. IT IS CURRENTLY FACING THE RECENT BAN ON DISCARDS IN THE EU, A CHALLENGE THAT WILL REQUIRE IT TO MAKE A MAJOR MODERNISATION OF THE FISHING GEAR USED. ANOTHER RECURRING THREAT IS THE COST OF FUEL: In spite of the experience gained since 2015, its price has increased considerably in the last two decades._x000D__x000D__x000D_ DESIGNING A new ECOLOGICAL AND ENERGY Efficient FISHING ART is a very complex and costly process due to high demand for prototyping. IN THE LATE 1990S, COMPUTATIONAL SIMULATION METHODS WERE APPLIED TO PREDICT THE BEHAVIOR OF THE ARTS. The application of these technologies is very new and incipient, but it has a great opportunity to push and reduce the development of new designs in agreement with the current needs of the Section._x000D_ _x000D_ The requesting group is specialised in DINAMIC of multibody systems in real time, but in 2009 I started a new line of research on the topic of this project. SINCE THEN, IT HAS MADE IMPORTANT CONTRIBUTIONS TO THE MODELLING OF THE STRUCTURAL BEHAVIOUR OF FISHING GEARS, WITH PARTICULAR EMPHASIS ON THE STATIC CALCULATION AND RESISTANCE TO THE OPENING OF THE NET. Results INCLUDED variance IMPACT PUBLICATIONS AND A PATENT._x000D_ _x000D_ This project is intended to be carried forward in this line of measures: (A) IMPROVE THE STRUCTURAL PERFORMANCE MODELS OF THE NETWORK RECENTLY DEVELOPED BY THE GROUP, AND (B) APPLY THE GROUP’S EXPERIENCE IN REAL-TIME MULTIBODY DYNAMICS TO THE DYNAMIC SIMULATION OF FISHING GEARS. THESE CONTRIBUTIONS WILL BE IMPLEMENTED IN THE GROUP’S SIMARPES SOFTWARE. _x000D_ _x000D_ the GENERAL OBJECTIVES OF THE PROJECT SON:_x000D_ 1) experimentally characterise RESISTENCE TO the opening of networks with culture and develop a model of 3D strength to predict it with efficiency and EXACTITUD._x000D_ 2) DEVELOP a DINAMIC SIMULATION METHOD FOR OF FISHING ARTS, based on multi-body DINAMIC METHODS IN REAL TIME, THAT NOTABLELY THE COMPUTATIONAL EFFICIENCE OF Existing Methods._x000D_ 3) VALID DEVELOPED METODS WITH EXPERIMENTAL DATA AND REAL APPLICATIONS._x000D_ _x000D_ THE PROJECT ACCOUNT with the support of two employers as an OBSERVERING PROMOTOR (EPO) — one of them NORWAYA- AND the PARTICIPATION OF TWO TWO EXTRANJERARY RESEARCHERS PUNTERED IN THE TEMA, one of them belonging to the Norwegian epo. (English) | |||||||||||||||
| Property / summary: THE FISHERIES SECTOR IS OF VITAL IMPORTANCE IN THE COASTAL REGIONS OF THE EUROPEAN UNION. IT IS CURRENTLY FACING THE RECENT BAN ON DISCARDS IN THE EU, A CHALLENGE THAT WILL REQUIRE IT TO MAKE A MAJOR MODERNISATION OF THE FISHING GEAR USED. ANOTHER RECURRING THREAT IS THE COST OF FUEL: In spite of the experience gained since 2015, its price has increased considerably in the last two decades._x000D__x000D__x000D_ DESIGNING A new ECOLOGICAL AND ENERGY Efficient FISHING ART is a very complex and costly process due to high demand for prototyping. IN THE LATE 1990S, COMPUTATIONAL SIMULATION METHODS WERE APPLIED TO PREDICT THE BEHAVIOR OF THE ARTS. The application of these technologies is very new and incipient, but it has a great opportunity to push and reduce the development of new designs in agreement with the current needs of the Section._x000D_ _x000D_ The requesting group is specialised in DINAMIC of multibody systems in real time, but in 2009 I started a new line of research on the topic of this project. SINCE THEN, IT HAS MADE IMPORTANT CONTRIBUTIONS TO THE MODELLING OF THE STRUCTURAL BEHAVIOUR OF FISHING GEARS, WITH PARTICULAR EMPHASIS ON THE STATIC CALCULATION AND RESISTANCE TO THE OPENING OF THE NET. Results INCLUDED variance IMPACT PUBLICATIONS AND A PATENT._x000D_ _x000D_ This project is intended to be carried forward in this line of measures: (A) IMPROVE THE STRUCTURAL PERFORMANCE MODELS OF THE NETWORK RECENTLY DEVELOPED BY THE GROUP, AND (B) APPLY THE GROUP’S EXPERIENCE IN REAL-TIME MULTIBODY DYNAMICS TO THE DYNAMIC SIMULATION OF FISHING GEARS. THESE CONTRIBUTIONS WILL BE IMPLEMENTED IN THE GROUP’S SIMARPES SOFTWARE. _x000D_ _x000D_ the GENERAL OBJECTIVES OF THE PROJECT SON:_x000D_ 1) experimentally characterise RESISTENCE TO the opening of networks with culture and develop a model of 3D strength to predict it with efficiency and EXACTITUD._x000D_ 2) DEVELOP a DINAMIC SIMULATION METHOD FOR OF FISHING ARTS, based on multi-body DINAMIC METHODS IN REAL TIME, THAT NOTABLELY THE COMPUTATIONAL EFFICIENCE OF Existing Methods._x000D_ 3) VALID DEVELOPED METODS WITH EXPERIMENTAL DATA AND REAL APPLICATIONS._x000D_ _x000D_ THE PROJECT ACCOUNT with the support of two employers as an OBSERVERING PROMOTOR (EPO) — one of them NORWAYA- AND the PARTICIPATION OF TWO TWO EXTRANJERARY RESEARCHERS PUNTERED IN THE TEMA, one of them belonging to the Norwegian epo. (English) / rank | |||||||||||||||
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| Property / summary: THE FISHERIES SECTOR IS OF VITAL IMPORTANCE IN THE COASTAL REGIONS OF THE EUROPEAN UNION. IT IS CURRENTLY FACING THE RECENT BAN ON DISCARDS IN THE EU, A CHALLENGE THAT WILL REQUIRE IT TO MAKE A MAJOR MODERNISATION OF THE FISHING GEAR USED. ANOTHER RECURRING THREAT IS THE COST OF FUEL: In spite of the experience gained since 2015, its price has increased considerably in the last two decades._x000D__x000D__x000D_ DESIGNING A new ECOLOGICAL AND ENERGY Efficient FISHING ART is a very complex and costly process due to high demand for prototyping. IN THE LATE 1990S, COMPUTATIONAL SIMULATION METHODS WERE APPLIED TO PREDICT THE BEHAVIOR OF THE ARTS. The application of these technologies is very new and incipient, but it has a great opportunity to push and reduce the development of new designs in agreement with the current needs of the Section._x000D_ _x000D_ The requesting group is specialised in DINAMIC of multibody systems in real time, but in 2009 I started a new line of research on the topic of this project. SINCE THEN, IT HAS MADE IMPORTANT CONTRIBUTIONS TO THE MODELLING OF THE STRUCTURAL BEHAVIOUR OF FISHING GEARS, WITH PARTICULAR EMPHASIS ON THE STATIC CALCULATION AND RESISTANCE TO THE OPENING OF THE NET. Results INCLUDED variance IMPACT PUBLICATIONS AND A PATENT._x000D_ _x000D_ This project is intended to be carried forward in this line of measures: (A) IMPROVE THE STRUCTURAL PERFORMANCE MODELS OF THE NETWORK RECENTLY DEVELOPED BY THE GROUP, AND (B) APPLY THE GROUP’S EXPERIENCE IN REAL-TIME MULTIBODY DYNAMICS TO THE DYNAMIC SIMULATION OF FISHING GEARS. THESE CONTRIBUTIONS WILL BE IMPLEMENTED IN THE GROUP’S SIMARPES SOFTWARE. _x000D_ _x000D_ the GENERAL OBJECTIVES OF THE PROJECT SON:_x000D_ 1) experimentally characterise RESISTENCE TO the opening of networks with culture and develop a model of 3D strength to predict it with efficiency and EXACTITUD._x000D_ 2) DEVELOP a DINAMIC SIMULATION METHOD FOR OF FISHING ARTS, based on multi-body DINAMIC METHODS IN REAL TIME, THAT NOTABLELY THE COMPUTATIONAL EFFICIENCE OF Existing Methods._x000D_ 3) VALID DEVELOPED METODS WITH EXPERIMENTAL DATA AND REAL APPLICATIONS._x000D_ _x000D_ THE PROJECT ACCOUNT with the support of two employers as an OBSERVERING PROMOTOR (EPO) — one of them NORWAYA- AND the PARTICIPATION OF TWO TWO EXTRANJERARY RESEARCHERS PUNTERED IN THE TEMA, one of them belonging to the Norwegian epo. (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
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Revision as of 16:36, 12 October 2021
Project Q3160152 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | ADVANCED MODELS AND DYNAMIC FORMULATIONS FOR COMPUTATIONAL SIMULATION OF FISHING GEARS |
Project Q3160152 in Spain |
Statements
106,867.2 Euro
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133,584.0 Euro
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80.0 percent
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30 December 2016
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29 December 2019
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UNIVERSIDADE DA CORUÑA
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43°29'4.88"N, 8°13'59.38"W
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15036
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EL SECTOR PESQUERO ES DE VITAL IMPORTANCIA EN LAS REGIONES COSTERAS DE LA UNION EUROPEA. ACTUALMENTE SE ENFRENTA A LA RECIENTE PROHIBICION DE LOS DESCARTES EN LA UE, UN RETO QUE LE OBLIGARA A REALIZAR UNA IMPORTANTE MODERNIZACION DE LAS ARTES DE PESCA EMPLEADAS. OTRA AMENAZA RECURRENTE ES EL COSTE DEL COMBUSTIBLE: A PESAR DEL DESCENSO EXPERIMENTADO DESDE 2015, SU PRECIO HA AUMENTADO CONSIDERABLEMENTE EN LAS ULTIMAS DOS DECADAS._x000D_ _x000D_ DISEÑAR UN NUEVO ARTE DE PESCA ECOLOGICO Y ENERGETICAMENTE EFICIENTE ES UN PROCESO MUY COMPLEJO Y COSTOSO DEBIDO A ALTA DEPENDENCIA DE ENSAYOS CON PROTOTIPOS. A FINALES DE LOS 90 SE COMENZO A APLICAR METODOS SIMULACION COMPUTACIONAL PARA PREDECIR EL COMPORTAMIENTO DE LOS ARTES. LA APLICACION DE ESTAS TECNICAS TODAVIA ES MUY NOVEDOSA E INCIPIENTE, PERO TIENE UN GRAN POTENCIAL PARA AGILIZAR Y ABARATAR EL DESARROLLO DE NUEVOS DISEÑOS ACORDES CON LAS NECESIDADES ACTUALES DEL SECTOR._x000D_ _x000D_ EL GRUPO SOLICITANTE ESTA ESPECIALIZADO EN DINAMICA DE SISTEMAS MULTICUERPO EN TIEMPO REAL, PERO EN 2009 INICIO UNA NUEVA LINEA DE INVESTIGACION EN EL TEMA DE ESTE PROYECTO. DESDE ENTONCES HA REALIZADO CONTRIBUCIONES IMPORTANTES EN EL MODELADO DEL COMPORTAMIENTO ESTRUCTURAL DE ARTES DE PESCA, CON ESPECIAL ENFASIS EN EL CALCULO ESTATICO Y EN LA RESISTENCIA A LA APERTURA DE LA RED. LOS RESULTADOS INCLUYEN VARIAS PUBLICACIONES DE IMPACTO Y UNA PATENTE._x000D_ _x000D_ ESTE PROYECTO PRETENDE CONTINUAR AVANZANDO EN ESTA LINEA MEDIANTE DOS VIAS: (A) MEJORAR LOS MODELOS DE COMPORTAMIENTO ESTRUCTURAL DE LA RED DESARROLLADOS RECIENTEMENTE POR EL GRUPO, Y (B) APLICAR LA EXPERIENCIA DEL GRUPO EN DINAMICA MULTICUERPO EN TIEMPO REAL A LA SIMULACION DINAMICA DE ARTES DE PESCA. ESTAS CONTRIBUCIONES SE IMPLEMENTARAN EN EL SOFTWARE SIMARPES (SIMULACION DE ARTES DE PESCA) DEL GRUPO. _x000D_ _x000D_ LOS OBJETIVOS GENERALES DEL PROYECTO SON:_x000D_ 1) CARACTERIZAR EXPERIMENTALMENTE LA RESISTENCIA A LA APERTURA DE REDES CON CURVATURA Y DESARROLLAR UN MODELO DE FUERZA 3D CAPAZ DE PREDECIRLA CON EFICIENCIA Y EXACTITUD._x000D_ 2) DESARROLLAR UN METODO DE SIMULACION DINAMICA PARA DE ARTES DE PESCA, BASADO EN METODOS DE DINAMICA MULTICUERPO EN TIEMPO REAL, QUE MEJORE NOTABLEMENTE LA EFICIENCIA COMPUTACIONAL DE LOS METODOS EXISTENTES._x000D_ 3) VALIDAR LOS METODOS DESARROLLADOS CON DATOS EXPERIMENTALES Y APLICACIONES REALES._x000D_ _x000D_ EL PROYECTO CUENTA CON EL APOYO DE DOS EMPRESAS COMO ENTE PROMOTOR OBSERVADOR (EPO) - UNA DE ELLAS NORUEGA- Y LA PARTICIPACION DE DOS INVESTIGADORES EXTRANJEROS PUNTEROS EN EL TEMA, UNO DE ELLOS PERTENECIENTE A LA EPO NORUEGA. (Spanish)
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THE FISHERIES SECTOR IS OF VITAL IMPORTANCE IN THE COASTAL REGIONS OF THE EUROPEAN UNION. IT IS CURRENTLY FACING THE RECENT BAN ON DISCARDS IN THE EU, A CHALLENGE THAT WILL REQUIRE IT TO MAKE A MAJOR MODERNISATION OF THE FISHING GEAR USED. ANOTHER RECURRING THREAT IS THE COST OF FUEL: In spite of the experience gained since 2015, its price has increased considerably in the last two decades._x000D__x000D__x000D_ DESIGNING A new ECOLOGICAL AND ENERGY Efficient FISHING ART is a very complex and costly process due to high demand for prototyping. IN THE LATE 1990S, COMPUTATIONAL SIMULATION METHODS WERE APPLIED TO PREDICT THE BEHAVIOR OF THE ARTS. The application of these technologies is very new and incipient, but it has a great opportunity to push and reduce the development of new designs in agreement with the current needs of the Section._x000D_ _x000D_ The requesting group is specialised in DINAMIC of multibody systems in real time, but in 2009 I started a new line of research on the topic of this project. SINCE THEN, IT HAS MADE IMPORTANT CONTRIBUTIONS TO THE MODELLING OF THE STRUCTURAL BEHAVIOUR OF FISHING GEARS, WITH PARTICULAR EMPHASIS ON THE STATIC CALCULATION AND RESISTANCE TO THE OPENING OF THE NET. Results INCLUDED variance IMPACT PUBLICATIONS AND A PATENT._x000D_ _x000D_ This project is intended to be carried forward in this line of measures: (A) IMPROVE THE STRUCTURAL PERFORMANCE MODELS OF THE NETWORK RECENTLY DEVELOPED BY THE GROUP, AND (B) APPLY THE GROUP’S EXPERIENCE IN REAL-TIME MULTIBODY DYNAMICS TO THE DYNAMIC SIMULATION OF FISHING GEARS. THESE CONTRIBUTIONS WILL BE IMPLEMENTED IN THE GROUP’S SIMARPES SOFTWARE. _x000D_ _x000D_ the GENERAL OBJECTIVES OF THE PROJECT SON:_x000D_ 1) experimentally characterise RESISTENCE TO the opening of networks with culture and develop a model of 3D strength to predict it with efficiency and EXACTITUD._x000D_ 2) DEVELOP a DINAMIC SIMULATION METHOD FOR OF FISHING ARTS, based on multi-body DINAMIC METHODS IN REAL TIME, THAT NOTABLELY THE COMPUTATIONAL EFFICIENCE OF Existing Methods._x000D_ 3) VALID DEVELOPED METODS WITH EXPERIMENTAL DATA AND REAL APPLICATIONS._x000D_ _x000D_ THE PROJECT ACCOUNT with the support of two employers as an OBSERVERING PROMOTOR (EPO) — one of them NORWAYA- AND the PARTICIPATION OF TWO TWO EXTRANJERARY RESEARCHERS PUNTERED IN THE TEMA, one of them belonging to the Norwegian epo. (English)
12 October 2021
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Ferrol
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Identifiers
DPI2016-77827-R
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