Innovative system to assess the state of PS structures as an opportunity to increase the competitiveness of Jensbet sp. z o.o. (Q107887): Difference between revisions
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(Removed claim: summary (P836): The research project consists of developing a new method of assessing the state of prestressing structures. As part of our project, which will include work on the application of vibration and acoustic methods, we want to assume that the early macro damage of the compression structure will be accompanied by a change in the stress distribution of the cross-section. In view of the above, we want to develop a non-invasive method for the detection...) |
(Created claim: summary (P836): The research project consists of developing new methods for assessing the state of compressed structures. As part of our project, which will cover the application of vibration and acoustic methods, we want to assume that early phases of compressed macro-damages will be accompanied by a change of stress distribution in the cross-section. Therefore, we want to develop a non-invasive method of detecting changes in stress distribution on the basis o...) |
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The research project consists of developing new methods for assessing the state of compressed structures. As part of our project, which will cover the application of vibration and acoustic methods, we want to assume that early phases of compressed macro-damages will be accompanied by a change of stress distribution in the cross-section. Therefore, we want to develop a non-invasive method of detecting changes in stress distribution on the basis of information contained in the vibroacous signal, generated by a dynamically stimulated compressed structure. As part of the project, JESBET Sp. z o.o. intends to carry out research enabling the creation of a modern device allowing, based on specialised algorithms and proprietary solutions, to fully diagnose the state of the building. The objective of the investment is to assess the technical condition of the compressed structure with particular emphasis on the possibility of using amplitude modulation effects occurring in the observed vibroacoustic signal. Our company has been operating on the concrete products market for several years. We have the potential to carry out the research and development work planned in the project and experience both in the implementation of EU projects and in cooperation with R & D units. This investment will be implemented in the form of a consortium together with two scientific units. The research undertaken so far has only been carried out under laboratory conditions and has not yielded the expected results. The available knowledge conducted by universities in the field of basic research will form the basis for our industrial and development research. On the basis of the agreement between the applicant and the university, end-users will be invited to work on the proposed solution, who will test and review the solution on the basis of the required functionality and concentration on the relevant factors from their point of view. (English) | |||||||||||||||
| Property / summary: The research project consists of developing new methods for assessing the state of compressed structures. As part of our project, which will cover the application of vibration and acoustic methods, we want to assume that early phases of compressed macro-damages will be accompanied by a change of stress distribution in the cross-section. Therefore, we want to develop a non-invasive method of detecting changes in stress distribution on the basis of information contained in the vibroacous signal, generated by a dynamically stimulated compressed structure. As part of the project, JESBET Sp. z o.o. intends to carry out research enabling the creation of a modern device allowing, based on specialised algorithms and proprietary solutions, to fully diagnose the state of the building. The objective of the investment is to assess the technical condition of the compressed structure with particular emphasis on the possibility of using amplitude modulation effects occurring in the observed vibroacoustic signal. Our company has been operating on the concrete products market for several years. We have the potential to carry out the research and development work planned in the project and experience both in the implementation of EU projects and in cooperation with R & D units. This investment will be implemented in the form of a consortium together with two scientific units. The research undertaken so far has only been carried out under laboratory conditions and has not yielded the expected results. The available knowledge conducted by universities in the field of basic research will form the basis for our industrial and development research. On the basis of the agreement between the applicant and the university, end-users will be invited to work on the proposed solution, who will test and review the solution on the basis of the required functionality and concentration on the relevant factors from their point of view. (English) / rank | |||||||||||||||
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| Property / summary: The research project consists of developing new methods for assessing the state of compressed structures. As part of our project, which will cover the application of vibration and acoustic methods, we want to assume that early phases of compressed macro-damages will be accompanied by a change of stress distribution in the cross-section. Therefore, we want to develop a non-invasive method of detecting changes in stress distribution on the basis of information contained in the vibroacous signal, generated by a dynamically stimulated compressed structure. As part of the project, JESBET Sp. z o.o. intends to carry out research enabling the creation of a modern device allowing, based on specialised algorithms and proprietary solutions, to fully diagnose the state of the building. The objective of the investment is to assess the technical condition of the compressed structure with particular emphasis on the possibility of using amplitude modulation effects occurring in the observed vibroacoustic signal. Our company has been operating on the concrete products market for several years. We have the potential to carry out the research and development work planned in the project and experience both in the implementation of EU projects and in cooperation with R & D units. This investment will be implemented in the form of a consortium together with two scientific units. The research undertaken so far has only been carried out under laboratory conditions and has not yielded the expected results. The available knowledge conducted by universities in the field of basic research will form the basis for our industrial and development research. On the basis of the agreement between the applicant and the university, end-users will be invited to work on the proposed solution, who will test and review the solution on the basis of the required functionality and concentration on the relevant factors from their point of view. (English) / qualifier | |||||||||||||||
point in time: 17 October 2020
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Revision as of 17:15, 17 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Innovative system to assess the state of PS structures as an opportunity to increase the competitiveness of Jensbet sp. z o.o. |
Project in Poland financed by DG Regio |
Statements
2,983,609.2 zloty
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4,298,580.0 zloty
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69.41 percent
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1 January 2017
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30 September 2018
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JESBET SPÓŁKA Z OGRANICZONA ODPOWIEDZIALNOSCIA
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51°30'50.0"N, 21°7'25.0"E
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Projekt badawczy polega na opracowaniu nowej metod oceny stanu konstrukcji sprężonych. W ramach naszego projektu, który obejmie prace dotyczące aplikacji metod drganiowych i akustycznych chcemy przyjąć założenie, że wczesnym fazom makrouszkodzeń struktury sprężonej będzie towarzyszyć zmiana rozkładu naprężeń w przekroju poprzecznym. W związku z powyższym chcemy opracować bezinwazyjną metodę wykrywania zmian rozkładu naprężeń na podstawie informacji zawartej w sygnale wibroakustycznym, generowanym przez dynamicznie pobudzoną strukturę sprężoną. W ramach projektu przedsiębiorstwo JESBET Sp. z o.o. zamierza przeprowadzić badania umożliwiające stworzenie nowoczesnego urządzenia pozwalającego, w oparciu o specjalistyczne algorytmy i autorskie rozwiązania, na pełną diagnozę stanu danego obiektu budowlanego. Docelowym założeniem inwestycji jest możliwość oceny stanu technicznego struktury sprężonej ze szczególnym uwypukleniem możliwości wykorzystania efektów modulacji amplitudowej występujących w obserwowanym sygnale wibroakustycznym. Nasza spółka działa od kilku lat na rynku wyrobów betonowych. Mamy potencjał do prowadzenia prac badawczo-rozwojowych przewidzianych w projekcie oraz doświadczenie zarówno w realizacji projektów unijnych, jak i we współpracy z jednostkami badawczo rozwojowymi. Przedmiotową inwestycję będziemy realizowali w formie konsorcjum wspólnie z dwoma jednostkami naukowymi. Dotychczasowe badania podejmowane w tym zakresie prowadzone były jedynie w warunkach laboratoryjnych i nie przyniosły oczekiwanych rezultatów. Dostępna wiedza prowadzona przez uczelnie w zakresie badań podstawowych będzie stanowić podstawę „wyjścia” dla naszych badań przemysłowo – rozwojowych. Na podstawie umowy pomiędzy wnioskodawcą a uczelnią do prac nad projektowanym rozwiązaniem zostaną zaproszeni użytkownicy końcowi, którzy będą testować oraz opiniować rozwiązanie na podstawie wymaganych funkcjonalności oraz koncentracji na istotnych czynnikach z ich punktu widzenia. (Polish)
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The research project consists of developing new methods for assessing the state of compressed structures. As part of our project, which will cover the application of vibration and acoustic methods, we want to assume that early phases of compressed macro-damages will be accompanied by a change of stress distribution in the cross-section. Therefore, we want to develop a non-invasive method of detecting changes in stress distribution on the basis of information contained in the vibroacous signal, generated by a dynamically stimulated compressed structure. As part of the project, JESBET Sp. z o.o. intends to carry out research enabling the creation of a modern device allowing, based on specialised algorithms and proprietary solutions, to fully diagnose the state of the building. The objective of the investment is to assess the technical condition of the compressed structure with particular emphasis on the possibility of using amplitude modulation effects occurring in the observed vibroacoustic signal. Our company has been operating on the concrete products market for several years. We have the potential to carry out the research and development work planned in the project and experience both in the implementation of EU projects and in cooperation with R & D units. This investment will be implemented in the form of a consortium together with two scientific units. The research undertaken so far has only been carried out under laboratory conditions and has not yielded the expected results. The available knowledge conducted by universities in the field of basic research will form the basis for our industrial and development research. On the basis of the agreement between the applicant and the university, end-users will be invited to work on the proposed solution, who will test and review the solution on the basis of the required functionality and concentration on the relevant factors from their point of view. (English)
17 October 2020
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Identifiers
RPMA.01.02.00-14-5651/16
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