Development of a technology for the production of light maritime surveillance/defence container (LOOK) from nanostructured steel (Q84053): Difference between revisions
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(Removed claim: summary (P836): An armoured chest observation container is designed to protect and protect soldiers or officers carrying out operational tasks (e.g., control interfaces, bases or other strategic objects, airports, borders) during the peace period as well as in war or stabilisation operations.Armoured container equipment, equipment in observation means and integrated weapon system limits the potential loss of personnel and effectively helps to address the risk...) |
(Created claim: summary (P836): An armored observation container is designed to secure and protect soldiers or officers performing operational tasks (e.g. control and defence posts, bases or other strategic facilities, airports, borders) during the peace period as well as during war or stabilisation operations. The container with armour, observation equipment and an integrated weapon system, reduces potential personnel losses and effectively supports the fight against threats...) |
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An armored observation container is designed to secure and protect soldiers or officers performing operational tasks (e.g. control and defence posts, bases or other strategic facilities, airports, borders) during the peace period as well as during war or stabilisation operations. The container with armour, observation equipment and an integrated weapon system, reduces potential personnel losses and effectively supports the fight against threats in the surveillance zones. The aim of the project is to increase the resistance to the walls of the container with anti-tank missiles. The objective will be achieved by the use of nanostructured bainitic steel, which is characterised by high resistance to point high-energy impacts. This type of interaction may result in a puncture of an armored sheet, a crack or a local weakness, contributing to the loss or loss of protective capacity. The sheets used in shelling conditions should be characterised by resistance to puncture, in particular in multiple-hit conditions. The innovative grade of nanostructured bainitic steel is characterised by a high capacity for absorbing and dissipating impact energy, and changes in the properties of the material at the site of shelling occur in very small volume and therefore meets the requirements of the multi-hit test. The use of nanostructured steel sheets will improve at least two performance parameters of the container: an increase in ballistic protection, thereby increasing crew safety and reducing the total mass of the facility. (English) | |||||||||||||||
| Property / summary: An armored observation container is designed to secure and protect soldiers or officers performing operational tasks (e.g. control and defence posts, bases or other strategic facilities, airports, borders) during the peace period as well as during war or stabilisation operations. The container with armour, observation equipment and an integrated weapon system, reduces potential personnel losses and effectively supports the fight against threats in the surveillance zones. The aim of the project is to increase the resistance to the walls of the container with anti-tank missiles. The objective will be achieved by the use of nanostructured bainitic steel, which is characterised by high resistance to point high-energy impacts. This type of interaction may result in a puncture of an armored sheet, a crack or a local weakness, contributing to the loss or loss of protective capacity. The sheets used in shelling conditions should be characterised by resistance to puncture, in particular in multiple-hit conditions. The innovative grade of nanostructured bainitic steel is characterised by a high capacity for absorbing and dissipating impact energy, and changes in the properties of the material at the site of shelling occur in very small volume and therefore meets the requirements of the multi-hit test. The use of nanostructured steel sheets will improve at least two performance parameters of the container: an increase in ballistic protection, thereby increasing crew safety and reducing the total mass of the facility. (English) / rank | |||||||||||||||
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| Property / summary: An armored observation container is designed to secure and protect soldiers or officers performing operational tasks (e.g. control and defence posts, bases or other strategic facilities, airports, borders) during the peace period as well as during war or stabilisation operations. The container with armour, observation equipment and an integrated weapon system, reduces potential personnel losses and effectively supports the fight against threats in the surveillance zones. The aim of the project is to increase the resistance to the walls of the container with anti-tank missiles. The objective will be achieved by the use of nanostructured bainitic steel, which is characterised by high resistance to point high-energy impacts. This type of interaction may result in a puncture of an armored sheet, a crack or a local weakness, contributing to the loss or loss of protective capacity. The sheets used in shelling conditions should be characterised by resistance to puncture, in particular in multiple-hit conditions. The innovative grade of nanostructured bainitic steel is characterised by a high capacity for absorbing and dissipating impact energy, and changes in the properties of the material at the site of shelling occur in very small volume and therefore meets the requirements of the multi-hit test. The use of nanostructured steel sheets will improve at least two performance parameters of the container: an increase in ballistic protection, thereby increasing crew safety and reducing the total mass of the facility. (English) / qualifier | |||||||||||||||
point in time: 14 October 2020
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Revision as of 14:28, 14 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Development of a technology for the production of light maritime surveillance/defence container (LOOK) from nanostructured steel |
Project in Poland financed by DG Regio |
Statements
3,013,677.32 zloty
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3,578,428.48 zloty
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84.22 percent
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1 July 2017
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30 June 2020
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INSTYTUT METALURGII ŻELAZA IM. STANISŁAWA STASZICA
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Opancerzony kontener obserwacyjny przeznaczony jest do zabezpieczenia i ochrony żołnierzy lub funkcjonariuszy pełniących zadania operacyjne (np. punktów kontrolno-obronnych, baz lub innych obiektów strategicznych, lotnisk, granic) w okresie pokojowym jak i podczas działań wojennych lub stabilizacyjnych. Kontener dzięki opancerzeniu, wyposażeniu w środki obserwacji i zintegrowany system uzbrojenia, ogranicza potencjalne straty personelu oraz skutecznie wspomaga zwalczanie zagrożeń w dozorowanych strefach. Celem projektu jest zwiększenie odporności na przebicie ścian kontenera pociskami przeciwpancernymi. Cel zostanie osiągnięty przez zastosowanie blach ze stali nanostrukturalnej bainitycznej, która charakteryzuje się wysoką odpornością na punktowe wysokoenergetyczne oddziaływania udarowe. Skutkiem tego typu oddziaływań może być przebicie blachy pancernej, jej pęknięcie lub miejscowe osłabienie, przyczyniające się do utraty lub obniżenia zdolności ochronnej. Blachy stosowane w warunkach ostrzału powinny charakteryzować się odpornością na przebicie, w szczególności w warunkach ostrzału wielokrotnego (multi-hit). Innowacyjny gatunek stali nanostrukturalnej bainitycznej charakteryzuje się wysoką zdolnością do pochłaniania i rozpraszania energii udarowej, a zmiany właściwości materiału w miejscu ostrzału zachodzą w bardzo małej objętości, w związku z czym spełnia on wymagania testu multi-hit. Zastosowanie blach ze stali nanostrukturalnych pozwoli na poprawę co najmniej dwóch parametrów użytkowych kontenera: wzrost stopnia ochrony balistycznej, a tym samym zwiększenie bezpieczeństwa załogi oraz obniżenie masy całkowitej obiektu. (Polish)
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An armored observation container is designed to secure and protect soldiers or officers performing operational tasks (e.g. control and defence posts, bases or other strategic facilities, airports, borders) during the peace period as well as during war or stabilisation operations. The container with armour, observation equipment and an integrated weapon system, reduces potential personnel losses and effectively supports the fight against threats in the surveillance zones. The aim of the project is to increase the resistance to the walls of the container with anti-tank missiles. The objective will be achieved by the use of nanostructured bainitic steel, which is characterised by high resistance to point high-energy impacts. This type of interaction may result in a puncture of an armored sheet, a crack or a local weakness, contributing to the loss or loss of protective capacity. The sheets used in shelling conditions should be characterised by resistance to puncture, in particular in multiple-hit conditions. The innovative grade of nanostructured bainitic steel is characterised by a high capacity for absorbing and dissipating impact energy, and changes in the properties of the material at the site of shelling occur in very small volume and therefore meets the requirements of the multi-hit test. The use of nanostructured steel sheets will improve at least two performance parameters of the container: an increase in ballistic protection, thereby increasing crew safety and reducing the total mass of the facility. (English)
14 October 2020
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Identifiers
POIR.04.01.04-00-0047/16
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