“Increasing the competitiveness of the company REGA YACHT Babicz & KÓLIKOWSKI JOINED COMPANY as a result of the implementation of innovative technology for the production of racing yachts” (Q87896): Difference between revisions
Jump to navigation
Jump to search
(Removed claim: summary (P836): The project is implemented in the company REGA Yacht SP.J. innovative technology for the construction of modern technology for the use of technology using advanced structural composites with enhanced mechanical properties as a result of the R & D effect of the research carried out by the Rzeszów University of Technology, shows that:• Resistance to bending pressure is better than 4 % on average (for fibre composites based on carbon fibre) to up...) |
(Created claim: summary (P836): The subject of the project is the implementation in the company REGA YACHT SP. J. innovative technology for the construction of modern racing yachts using advanced construction composites with enhanced mechanical properties resulting from R & D works. Research carried out by Rzeszów University of Technology shows that: • The bending stress resistance is improved by an average of 4 % (for carbon fibre-based composites) to up to 22 % (for glass fi...) |
||||||||||||||
| Property / summary | |||||||||||||||
The subject of the project is the implementation in the company REGA YACHT SP. J. innovative technology for the construction of modern racing yachts using advanced construction composites with enhanced mechanical properties resulting from R & D works. Research carried out by Rzeszów University of Technology shows that: • The bending stress resistance is improved by an average of 4 % (for carbon fibre-based composites) to up to 22 % (for glass fibre-based composites) • The bending deflection is better by an average of 1 % (for fibreglass composites) up to 58 % (in case of fibre-based composites). Project of REGA YACHT SP. J. includes the implementation of investment expenses necessary to implement innovative technology for the construction of modern racing yachts using advanced structural composites with enhanced mechanical properties and increased heat resistance and incandescent strength. Racing yachts produced using modern technology will be characterised by: — high strength of the structure; — the lightness of the hull, which in the case of racing yachts is one of the most important parameters for the buyer, the technology implemented will enable light hulls to be made while maintaining high mechanical parameters; — thanks to the innovative design, it will be possible to obtain hulls with increased strength and thermal resistance, which will increase the possibilities and flexibility of the production of large units most exposed to mechanical stress. (English) | |||||||||||||||
| Property / summary: The subject of the project is the implementation in the company REGA YACHT SP. J. innovative technology for the construction of modern racing yachts using advanced construction composites with enhanced mechanical properties resulting from R & D works. Research carried out by Rzeszów University of Technology shows that: • The bending stress resistance is improved by an average of 4 % (for carbon fibre-based composites) to up to 22 % (for glass fibre-based composites) • The bending deflection is better by an average of 1 % (for fibreglass composites) up to 58 % (in case of fibre-based composites). Project of REGA YACHT SP. J. includes the implementation of investment expenses necessary to implement innovative technology for the construction of modern racing yachts using advanced structural composites with enhanced mechanical properties and increased heat resistance and incandescent strength. Racing yachts produced using modern technology will be characterised by: — high strength of the structure; — the lightness of the hull, which in the case of racing yachts is one of the most important parameters for the buyer, the technology implemented will enable light hulls to be made while maintaining high mechanical parameters; — thanks to the innovative design, it will be possible to obtain hulls with increased strength and thermal resistance, which will increase the possibilities and flexibility of the production of large units most exposed to mechanical stress. (English) / rank | |||||||||||||||
Normal rank | |||||||||||||||
| Property / summary: The subject of the project is the implementation in the company REGA YACHT SP. J. innovative technology for the construction of modern racing yachts using advanced construction composites with enhanced mechanical properties resulting from R & D works. Research carried out by Rzeszów University of Technology shows that: • The bending stress resistance is improved by an average of 4 % (for carbon fibre-based composites) to up to 22 % (for glass fibre-based composites) • The bending deflection is better by an average of 1 % (for fibreglass composites) up to 58 % (in case of fibre-based composites). Project of REGA YACHT SP. J. includes the implementation of investment expenses necessary to implement innovative technology for the construction of modern racing yachts using advanced structural composites with enhanced mechanical properties and increased heat resistance and incandescent strength. Racing yachts produced using modern technology will be characterised by: — high strength of the structure; — the lightness of the hull, which in the case of racing yachts is one of the most important parameters for the buyer, the technology implemented will enable light hulls to be made while maintaining high mechanical parameters; — thanks to the innovative design, it will be possible to obtain hulls with increased strength and thermal resistance, which will increase the possibilities and flexibility of the production of large units most exposed to mechanical stress. (English) / qualifier | |||||||||||||||
point in time: 14 October 2020
| |||||||||||||||
Revision as of 17:22, 14 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | “Increasing the competitiveness of the company REGA YACHT Babicz & KÓLIKOWSKI JOINED COMPANY as a result of the implementation of innovative technology for the production of racing yachts” |
Project in Poland financed by DG Regio |
Statements
2,776,262.97 zloty
0 references
4,627,104.95 zloty
0 references
60.0 percent
0 references
1 July 2017
0 references
31 May 2019
0 references
REGA YACHT BABICZ & KRÓLIKOWSKI SPÓŁKA JAWNA
0 references
Przedmiotem projektu jest wdrożenie w przedsiębiorstwie REGA YACHT SP. J. innowacyjnej technologii budowy nowoczesnych jachtów regatowych przy zastosowaniu technologii z wykorzystaniem zaawansowanych kompozytów konstrukcyjnych o podwyższonych właściwościach mechanicznych stanowiącej efekt przeprowadzonych prac B+R. Z badań przeprowadzonych przez Politechnikę Rzeszowską wynika, iż: • Odporność na naprężanie zginające jest lepsze o średnio od 4% (w przypadku odniesienia do kompozytów opartych na włóknie węglowym) do nawet 22% (w odniesieniu do kompozytów opartych na włóknie szklanym) • Odkształcenie przy zginaniu jest lepsze o średnio od 1% (w przypadku odniesienia do kompozytów opartych na włóknie szklanym) do nawet 58% ((w przypadku odniesienia do kompozytów opartych na włóknie węglowym). Projekt przedsiębiorstwa REGA YACHT SP. J. obejmuje realizację wydatków inwestycyjnych niezbędnych do wdrożenia w przedsiębiorstwie innowacyjnej technologii budowy nowoczesnych jachtów regatowych przy zastosowaniu technologii z wykorzystaniem zaawansowanych kompozytów konstrukcyjnych o podwyższonych właściwościach mechanicznych oraz podwyższonej żaroodporności i żarowytrzymałości. Jachty regatowe wytwarzane przy wykorzystaniu nowoczesnej technologii będą charakteryzowały się: - dużą wytrzymałością konstrukcji; - lekkością kadłuba, co w przypadku jachtów regatowych jest jednym z najistotniejszych parametrów dla kupującego, wdrażana technologia umożliwi wykonanie kadłubów lekkich zachowując jednocześnie wysokie parametry mechaniczne; - dzięki innowacyjnej konstrukcji możliwe będzie uzyskanie kadłubów o zwiększone wytrzymałości i odporności termicznej, co zwiększy możliwości i elastyczność produkcji dużych jednostek najbardziej narażonych na naprężenia mechaniczne. (Polish)
0 references
The subject of the project is the implementation in the company REGA YACHT SP. J. innovative technology for the construction of modern racing yachts using advanced construction composites with enhanced mechanical properties resulting from R & D works. Research carried out by Rzeszów University of Technology shows that: • The bending stress resistance is improved by an average of 4 % (for carbon fibre-based composites) to up to 22 % (for glass fibre-based composites) • The bending deflection is better by an average of 1 % (for fibreglass composites) up to 58 % (in case of fibre-based composites). Project of REGA YACHT SP. J. includes the implementation of investment expenses necessary to implement innovative technology for the construction of modern racing yachts using advanced structural composites with enhanced mechanical properties and increased heat resistance and incandescent strength. Racing yachts produced using modern technology will be characterised by: — high strength of the structure; — the lightness of the hull, which in the case of racing yachts is one of the most important parameters for the buyer, the technology implemented will enable light hulls to be made while maintaining high mechanical parameters; — thanks to the innovative design, it will be possible to obtain hulls with increased strength and thermal resistance, which will increase the possibilities and flexibility of the production of large units most exposed to mechanical stress. (English)
14 October 2020
0 references
Identifiers
POPW.01.03.01-18-0028/16
0 references