Innovative and safe rail rails with low level of stress of the rail. (Q80090): Difference between revisions
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(Removed claim: summary (P836): The project involves carrying out industrial research and development activities aimed at implementing for the production of an innovative and safe product, i.e. rail rails with low levels of residual stress at the rail rate, i.e. at a value of 120 MPa +/— 25 MPa (maximum permissible value of 250 MPa according to standard PN-EN 13674-1: 2011).The objective will be achieved by the following actions:modification of the current calibration of the...) |
(Created claim: summary (P836): The project involves carrying out industrial research and development work aimed at the implementation of an innovative and safe product, i.e. rail rails characterised by low residual stress levels in the rail foot, i.e. with a value of 120 MPa ± 25 MPa (maximum value according to PN-EN 13674-1:2011 is 250 MPa). The objective will be achieved as a result of the following actions: modifications to the current calibration of rollers (especially in...) |
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The project involves carrying out industrial research and development work aimed at the implementation of an innovative and safe product, i.e. rail rails characterised by low residual stress levels in the rail foot, i.e. with a value of 120 MPa ± 25 MPa (maximum value according to PN-EN 13674-1:2011 is 250 MPa). The objective will be achieved as a result of the following actions: modifications to the current calibration of rollers (especially in the rail foot area), changes in the geometric characteristics of the working surface of rollers for rectifiers (vertical and horizontal) and conducting tests for rolling and straightening of railway rail types 60E1 and/or 60E2 with a length of 120 m after technological changes. Rails produced using innovative rolling and straightening technology will be sampled to measure residual stresses and analyse the test results. Obtaining residual stress values in the rail foot, within the range of 95 MPa – 145 MPa will be a prerequisite for implementing new technological solutions in the production of railway rails in Zakład Walcownia Duża AMP S.A. Branch Dąbrowa Górnicza. It is assumed that once the new technology is implemented, there will be a diffusion effect to other ArcelorMittal companies. (English) | |||||||||||||||
| Property / summary: The project involves carrying out industrial research and development work aimed at the implementation of an innovative and safe product, i.e. rail rails characterised by low residual stress levels in the rail foot, i.e. with a value of 120 MPa ± 25 MPa (maximum value according to PN-EN 13674-1:2011 is 250 MPa). The objective will be achieved as a result of the following actions: modifications to the current calibration of rollers (especially in the rail foot area), changes in the geometric characteristics of the working surface of rollers for rectifiers (vertical and horizontal) and conducting tests for rolling and straightening of railway rail types 60E1 and/or 60E2 with a length of 120 m after technological changes. Rails produced using innovative rolling and straightening technology will be sampled to measure residual stresses and analyse the test results. Obtaining residual stress values in the rail foot, within the range of 95 MPa – 145 MPa will be a prerequisite for implementing new technological solutions in the production of railway rails in Zakład Walcownia Duża AMP S.A. Branch Dąbrowa Górnicza. It is assumed that once the new technology is implemented, there will be a diffusion effect to other ArcelorMittal companies. (English) / rank | |||||||||||||||
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| Property / summary: The project involves carrying out industrial research and development work aimed at the implementation of an innovative and safe product, i.e. rail rails characterised by low residual stress levels in the rail foot, i.e. with a value of 120 MPa ± 25 MPa (maximum value according to PN-EN 13674-1:2011 is 250 MPa). The objective will be achieved as a result of the following actions: modifications to the current calibration of rollers (especially in the rail foot area), changes in the geometric characteristics of the working surface of rollers for rectifiers (vertical and horizontal) and conducting tests for rolling and straightening of railway rail types 60E1 and/or 60E2 with a length of 120 m after technological changes. Rails produced using innovative rolling and straightening technology will be sampled to measure residual stresses and analyse the test results. Obtaining residual stress values in the rail foot, within the range of 95 MPa – 145 MPa will be a prerequisite for implementing new technological solutions in the production of railway rails in Zakład Walcownia Duża AMP S.A. Branch Dąbrowa Górnicza. It is assumed that once the new technology is implemented, there will be a diffusion effect to other ArcelorMittal companies. (English) / qualifier | |||||||||||||||
point in time: 14 October 2020
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Revision as of 11:16, 14 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Innovative and safe rail rails with low level of stress of the rail. |
Project in Poland financed by DG Regio |
Statements
1,733,043.29 zloty
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3,790,108.23 zloty
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45.73 percent
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1 April 2017
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31 March 2020
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ARCELORMITTAL POLAND S.A.
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50°34'7.3"N, 19°14'3.8"E
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Projekt obejmuje prowadzenie badań przemysłowych i prac rozwojowych mających na celu wdrożenie do produkcji innowacyjnego i bezpiecznego produktu tj. szyn kolejowych charakteryzujących się niskim poziomem naprężeń szczątkowych w stopie szyny tj. o wartości 120 MPa +/ - 25 MPa (dopuszczalna maksymalna wartość wg normy PN-EN 13674-1:2011 wynosi 250 MPa). Cel zostanie osiągnięty w wyniku następujących działań: modyfikacji stosowanego obecnie kalibrowania walców (szczególnie w obszarze stopy szyny), zmiany cech geometrycznych powierzchni roboczej rolek dla układu prostownic (pionowej i poziomej) oraz przeprowadzenia prób walcowania i prostowania szyn kolejowych typu 60E1 i/lub 60E2 o długości 120m po dokonanych zmianach technologicznych. Z szyn wyprodukowanych z zastosowaniem innowacyjnej technologii walcowania i prostowania pobrane zostaną próbki do pomiarów naprężeń szczątkowych i wykonana analiza wyników badań. Otrzymanie wartości naprężeń szczątkowych w stopie szyny, w przedziale 95 MPa – 145 MPa będzie przesłanką do wdrożenia nowych rozwiązań technologicznych w produkcji szyn kolejowych w Zakładzie Walcownia Duża AMP S.A. Oddział Dąbrowa Górnicza. Zakłada się, że po wdrożeniu nowej technologii nastąpi efekt dyfuzji do innych zakładów koncernu ArcelorMittal. (Polish)
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The project involves carrying out industrial research and development work aimed at the implementation of an innovative and safe product, i.e. rail rails characterised by low residual stress levels in the rail foot, i.e. with a value of 120 MPa ± 25 MPa (maximum value according to PN-EN 13674-1:2011 is 250 MPa). The objective will be achieved as a result of the following actions: modifications to the current calibration of rollers (especially in the rail foot area), changes in the geometric characteristics of the working surface of rollers for rectifiers (vertical and horizontal) and conducting tests for rolling and straightening of railway rail types 60E1 and/or 60E2 with a length of 120 m after technological changes. Rails produced using innovative rolling and straightening technology will be sampled to measure residual stresses and analyse the test results. Obtaining residual stress values in the rail foot, within the range of 95 MPa – 145 MPa will be a prerequisite for implementing new technological solutions in the production of railway rails in Zakład Walcownia Duża AMP S.A. Branch Dąbrowa Górnicza. It is assumed that once the new technology is implemented, there will be a diffusion effect to other ArcelorMittal companies. (English)
14 October 2020
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Identifiers
POIR.01.02.00-00-0167/16
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