METHOD FOR DETERMINING AMMUNITION FUGACITY CHARACTERISTICS Russian patent published in 2016 - IPC F42B35/00 G01N33/22 

Abstract RU 2595033 C1

FIELD: weapons and ammunition.

SUBSTANCE: method of determining characteristics of fugacity of ammunition includes generation of air blast wave (ABW) by means of explosion of ammunition, detecting change in geometrical characteristics of a witness object, subject to action of ABW, and subsequent determination of fugacity characteristics. Witness-object used is a horizontal platform having a layer of deformable material with given mechanical properties. Result of exposure to ABW with subsequent determination of fugacity characteristics is measured by means of video recording and/or by change of penetration characteristics of witness material. Witness material used is deformable material with elastic properties, liquid highly viscous material or irreversibly deformable material. Layer of deformable witness material can be performed in form of an elastic membrane or in form of multiple elastic elements of limited width crossing in centre of platform.

EFFECT: invention increases accuracy of determining shock-wave characteristics of surface explosions.

6 cl, 6 dwg

Similar patents RU2595033C1

Title Year Author Number
METHOD FOR DETERMINING THE MAGNITUDE OF THE PEAK PRESSURE IN THE FRONT OF THE UNDERWATER SHOCK WAVE IN THE NEAR ZONE OF THE EXPLOSION AND A DEVICE FOR ITS IMPLEMENTATION 2021
  • Golenkov Aleksandr Ivanovich
  • Surovtsev Roman Pavlovich
  • Kolomiets Yurij Ivanovich
  • Karpenko Aleksej Valentinovich
  • Rozhkov Artem Pavlovich
  • Kosyakov Sergej Ivanovich
  • Korobejnikov Kirill Anatolevich
  • Tsarev Aleksej Vasilevich
  • Ryzhkov Dmitrij Gennadevich
  • Samsonov Sergej Olegovich
RU2794866C2
METHOD FOR DETERMINING AMMUNITION FUGACITY CHARACTERISTICS 2015
  • Sidorov Ivan Mikhajlovich
RU2593518C1
METHOD FOR ASSESSING THE DAMAGING EFFECT OF HIGH-EXPLOSIVE ANTI-PERSONNEL MINES 2022
  • Kosenok Yurij Nikolaevich
  • Franskevich Aleksej Antonovich
  • Rychkov Andrej Vladimirovich
RU2789676C1
METHOD OF DETERMINING CHARACTERISTICS OF FOUGASSENESS (VERSIONS) 2012
  • Kalinkin Aleksej Vladimirovich
  • Kochnev Jurij Viktorovich
  • Maksimenko Pavel Vladimirovich
  • Khoroshko Aleksej Nikolaevich
RU2522740C2
METHOD OF ESTIMATION OF FOUGASSENESS CHARACTERISTICS IN AIR EXPLOSION OF A MOVING TEST OBJECT (VARIANTS) 2017
  • Kalinkin Aleksej Vladimirovich
RU2649999C1
METHOD FOR ASSESSMENT OF EXPLOSION AND FIRE HAZARD OF CHEMICAL CURRENT SOURCES 2018
  • Arkhipov Vladimir Afanasevich
  • Basalaev Sergej Aleksandrovich
  • Kuznetsov Valerij Tikhonovich
  • Konovalenko Aleksej Ivanovich
  • Bezdvornykh Timofej Anatolevich
  • Vojkov Grigorij Gennadevich
RU2691196C1
DETERMINATION OF BLAST COORDINATES AND PROJECTILE ENERGY CHARACTERISTICS AT TESTS 2014
  • Sidorov Ivan Mikhajlovich
  • Vatutin Nikolaj Mikhajlovich
  • Koltunov Vladimir Valentinovich
  • Rogov Nikolaj Kirovich
  • Fursov Jurij Serafimovich
RU2570025C1
METHOD FOR DETERMINING PROPELLANT EFFECT OF TEST OBJECT 2013
  • Muzhichek Sergej Mikhajlovich
  • Efanov Vasilij Vasil'Evich
  • Skrynnikov Andrej Aleksandrovich
  • Novikov Igor' Alekseevich
  • Grinenko Ljudmila Georgievna
RU2519614C1
METHOD OF DETERMINING REACTED EXPLOSIVE CHARGE MASS 2020
  • Gerasimov Sergej Ivanovich
  • Trepalov Nikolaj Aleksandrovich
RU2739303C1
HIGH-EXPLOSIVE AIR BOMB 2006
  • Koren'Kov Vladimir Vladimirovich
  • Tereshin Aleksej Andreevich
  • Suprunov Nikolaj Andreevich
  • Garnov Nikolaj Konstantinovich
  • Vlasov Vladimir Fedorovich
RU2314483C1

RU 2 595 033 C1

Authors

Sidorov Ivan Mikhajlovich

Karasev Sergej Vladimirovich

Koltunov Vladimir Valentinovich

Zaborovskij Aleksandr Dmitrievich

Vatutin Nikolaj Mikhajlovich

Dates

2016-08-20Published

2015-08-06Filed