TESTING THE BREAKING FORCE OF ROCKET PROJECTILE SUSPENSIONS TO PARACHUTE

Łukasz RYBAKIEWICZ, Aleksandra PLACHÁ
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Abstract

Design of a recovering system is one of crucial tasks in development work over the rocket projectiles. Properly designed recovering system secures the recovery of testing projectile after firing in undamaged state, what significantly reduces the time and cost of conducted tests. A parachute with its fixation to a projectile which has to be recovered are key components of the recovering system providing its proper operation. Due to the presence of high values of forces acting at the parachute opening and deacceleration of the object the proper selection of suspension is important factor for its efficient recovery. The paper present tests of breaking force for various types of suspensions connecting the object and the parachute.
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火箭弹丸悬架对降落伞的破断力测试
回收系统的设计是火箭弹丸研制工作中的关键任务之一。合理设计回收系统,保证了试验弹丸在发射后的完好回收,大大减少了试验的时间和成本。降落伞固定在被回收的弹丸上,是保证回收系统正常运行的关键部件。由于在降落伞打开和物体减速时存在较大的作用力,因此正确选择悬架是其有效回收的重要因素。本文给出了连接物体和降落伞的各种悬吊的破断力试验。
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SAFETY RISKS POSED BY PYROTECHNIC MATERIALS REVIEW OF SOUTH-KOREAN PATENT SOLUTIONS ON MODULAR PROPULSIVE CHARGES FOR 155 mm ARTILLERY MUNITIONS NORMATIVE REQUIREMENTS FOR STATE INFORMATION-COMMUNICATION INFRASTRUCTURE SECURITY IN THE NATIONAL LAW TESTING THE BREAKING FORCE OF ROCKET PROJECTILE SUSPENSIONS TO PARACHUTE HEAT TRANSFER IN THE ANTI-AIRCRAFT GUN BARREL DURING FIRE WITH TRAINING AND COMBAT AMMUNITION – COMPARISON OF CALCULATION RESULTS
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