ARIADNA. INTELLIGENT AUTOMATIC ROUTING SYSTEM FOR PIPES, DUCTS AND ELECTRIC TRAYS ON ACCOMMODATION DECKS BY NUMERICAL ANALYSIS (Q3177240): Difference between revisions
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(Removed claim: summary (P836): The ARIADNA (Automatic Routing In Accommodation Decks by Numerical Analysis) intelligent system aims to develop a tool, which implements an automated method to calculate the routes of mechanical systems (pipes, ducts and electrical pipelines) in a ship’s enabling area, trying to minimise the length and cost and thus avoid obstacles in spaces reserved for these routes, provided designs based on rules that comply with the regulations. that guara...) |
(Created claim: summary (P836): The ARIADNA (Automatic Routing In Accommodation Decks by Numerical Analysis) intelligent system aims to develop a tool, which implements an automated method to calculate the routes of mechanical systems (pipes, ducts and electrical pipelines) in a ship’s enabling area, trying to minimise the length and cost and thus avoid obstacles in spaces reserved for these routes, provided designs based on rules that comply with the regulations. that guarant...) |
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The ARIADNA (Automatic Routing In Accommodation Decks by Numerical Analysis) intelligent system aims to develop a tool, which implements an automated method to calculate the routes of mechanical systems (pipes, ducts and electrical pipelines) in a ship’s enabling area, trying to minimise the length and cost and thus avoid obstacles in spaces reserved for these routes, provided designs based on rules that comply with the regulations. that guarantee the fabricability and assembly of the systems, and contemplate the good practices of the expert designers currently carrying out these works, to whom ARIADNA will propose solutions compatible with commercial naval design suites._x000D_ With the project ARIADNA will develop mathematical models and algorithms to incorporate into a prototype SW, and test in a demonstration environment that reaches TRL 5. The high-level objectives of the project are the development of (1) Fabricability and Assembly Criteria along with complex design rules and spatial meshing; (2) Intelligent scenario generators and functional diagrams; (3) Optimisation and machine learning of the system and (4) Compatibility with commercial programs._x000D_ This new tool will be used in design projects, and will allow a drastic reduction of ship engineering design hours, resulting in reduced construction times and delivery times. (English) | |||||||||||||||
| Property / summary: The ARIADNA (Automatic Routing In Accommodation Decks by Numerical Analysis) intelligent system aims to develop a tool, which implements an automated method to calculate the routes of mechanical systems (pipes, ducts and electrical pipelines) in a ship’s enabling area, trying to minimise the length and cost and thus avoid obstacles in spaces reserved for these routes, provided designs based on rules that comply with the regulations. that guarantee the fabricability and assembly of the systems, and contemplate the good practices of the expert designers currently carrying out these works, to whom ARIADNA will propose solutions compatible with commercial naval design suites._x000D_ With the project ARIADNA will develop mathematical models and algorithms to incorporate into a prototype SW, and test in a demonstration environment that reaches TRL 5. The high-level objectives of the project are the development of (1) Fabricability and Assembly Criteria along with complex design rules and spatial meshing; (2) Intelligent scenario generators and functional diagrams; (3) Optimisation and machine learning of the system and (4) Compatibility with commercial programs._x000D_ This new tool will be used in design projects, and will allow a drastic reduction of ship engineering design hours, resulting in reduced construction times and delivery times. (English) / rank | |||||||||||||||
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| Property / summary: The ARIADNA (Automatic Routing In Accommodation Decks by Numerical Analysis) intelligent system aims to develop a tool, which implements an automated method to calculate the routes of mechanical systems (pipes, ducts and electrical pipelines) in a ship’s enabling area, trying to minimise the length and cost and thus avoid obstacles in spaces reserved for these routes, provided designs based on rules that comply with the regulations. that guarantee the fabricability and assembly of the systems, and contemplate the good practices of the expert designers currently carrying out these works, to whom ARIADNA will propose solutions compatible with commercial naval design suites._x000D_ With the project ARIADNA will develop mathematical models and algorithms to incorporate into a prototype SW, and test in a demonstration environment that reaches TRL 5. The high-level objectives of the project are the development of (1) Fabricability and Assembly Criteria along with complex design rules and spatial meshing; (2) Intelligent scenario generators and functional diagrams; (3) Optimisation and machine learning of the system and (4) Compatibility with commercial programs._x000D_ This new tool will be used in design projects, and will allow a drastic reduction of ship engineering design hours, resulting in reduced construction times and delivery times. (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
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Revision as of 19:11, 12 October 2021
Project Q3177240 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | ARIADNA. INTELLIGENT AUTOMATIC ROUTING SYSTEM FOR PIPES, DUCTS AND ELECTRIC TRAYS ON ACCOMMODATION DECKS BY NUMERICAL ANALYSIS |
Project Q3177240 in Spain |
Statements
631,296.0 Euro
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789,120.0 Euro
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80.0 percent
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1 January 2019
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31 March 2020
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GHENOVA INGENIERIA SL
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37°23'19.07"N, 5°59'43.22"W
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41091
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El sistema inteligente ARIADNA (Automatic Routing In Accommodation Decks by Numerical Analysis) pretende el desarrollo de una herramienta, que implemente un método automatizado para calcular las rutas de los sistemas mecánicos (tuberías, conductos y canalizaciones eléctricas) en la zona de habilitación de un buque, tratando de minimizar la longitud y con ello el coste y evitar los obstáculos en los espacios reservados para dichas rutas, proporcionado diseños basados en reglas que respeten la normativa, que garanticen la fabricabilidad y montaje de los sistemas, y contemplen las buenas prácticas propias de los diseñadores expertos que actualmente realizan dichos trabajos, a quienes ARIADNA propondrá soluciones compatibles con las suites de diseño naval comerciales._x000D_ Con el proyecto ARIADNA se van a desarrollar modelos matemáticos y algoritmos a incorporar a un prototipo de SW, y probar en un entorno de demostración que llega a TRL 5. Los objetivos de alto nivel del proyecto son el desarrollo de (1) Criterios de fabricabilidad y montaje junto con reglas de diseño complejas y mallado espacial; (2) Generadores de escenarios y diagramas funcionales inteligentes; (3) Optimización y aprendizaje automático del sistema y (4) Compatibilidad con programas comerciales._x000D_ Esta nueva herramienta se utilizará en los proyectos de diseño, y permitirá una reducción drástica de las horas de diseño de ingeniería de buques, con la consiguiente reducción de los plazos de construcción y de los plazos de entrega. (Spanish)
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The ARIADNA (Automatic Routing In Accommodation Decks by Numerical Analysis) intelligent system aims to develop a tool, which implements an automated method to calculate the routes of mechanical systems (pipes, ducts and electrical pipelines) in a ship’s enabling area, trying to minimise the length and cost and thus avoid obstacles in spaces reserved for these routes, provided designs based on rules that comply with the regulations. that guarantee the fabricability and assembly of the systems, and contemplate the good practices of the expert designers currently carrying out these works, to whom ARIADNA will propose solutions compatible with commercial naval design suites._x000D_ With the project ARIADNA will develop mathematical models and algorithms to incorporate into a prototype SW, and test in a demonstration environment that reaches TRL 5. The high-level objectives of the project are the development of (1) Fabricability and Assembly Criteria along with complex design rules and spatial meshing; (2) Intelligent scenario generators and functional diagrams; (3) Optimisation and machine learning of the system and (4) Compatibility with commercial programs._x000D_ This new tool will be used in design projects, and will allow a drastic reduction of ship engineering design hours, resulting in reduced construction times and delivery times. (English)
12 October 2021
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Sevilla
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Identifiers
IDI-20190420
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