MECHANISM OF HERMETIC SINGLE-CELL STRUCTURE INTERFERING WITH SHAPED CHARGE JET

Authors

  • MIN GUO SCHOOL OF MECHANICAL ENGINEERING, NANJING UNIVERSITY OF SCIENCE AND TECHNOLOGY, XIAOLINGWEI 200, NANJING 210094, CHINA / UNIT 63961 PEOPLES LIBERATION ARMY 6TH BEIYUAN ROAD, CHAOYANG BEIJING, 100012, P. R. CHINA
  • XU-DONG ZU SCHOOL OF MECHANICAL ENGINEERING, NANJING UNIVERSITY OF SCIENCE AND TECHNOLOGY, XIAOLINGWEI 200, NANJING 210094, CHINA
  • ZHENG-XIANG HUANG SCHOOL OF MECHANICAL ENGINEERING, NANJING UNIVERSITY OF SCIENCE AND TECHNOLOGY, XIAOLINGWEI 200, NANJING 210094, CHINA
  • XIAO-JUN SHEN SCHOOL OF MECHANICAL ENGINEERING, NANJING UNIVERSITY OF SCIENCE AND TECHNOLOGY, XIAOLINGWEI 200, NANJING 210094, CHINA / UNIT 63961 PEOPLES LIBERATION ARMY 6TH BEIYUAN ROAD, CHAOYANG BEIJING, 100012, P. R. CHINA

Abstract

ON THE BASIS OF VISUAL ORIGIN, SHOCK WAVE REFLECTION, AND JET INTERFERENCE THEORIES, THIS STUDY DIVIDES THE PROCESS OF JET PENETRATION INTO A HERMETIC SINGLE-CELL STRUCTURE INTO SIX PARTS, ESTABLISHES THE THEORY MODEL OF A SINGLE-CELL STRUCTURE INTERACTING WITH JET DURING PENETRATION INTO A STRUCTURE, AND OBTAINS THE TIME EXPRESSIONS OF A HERMETIC SINGLE-CELL STRUCTURE INTERFERING WITH JET. A RESIDUAL PENETRATION EXPERIMENT IS CONDUCTED TO VERIFY THE ACCURACY OF THE THEORY MODEL.

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Published

2018-08-28

Issue

Vol. 15 No. 10 (2018)

Section

Articles

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