A Review on Development of Blast Field Measurement System

Abstract

As a piece of this investigation, a high speed data acquisition system was created alongside an in-house Lab VIEW program to test the reaction of fortified concrete and strengthened brick work dividers, which were exposed to impact stacking, and to quantify the impact wave parameters. The effective execution of the analyses gave the underlying "structure" for leading the arrangement of tests examined in this examination. Ammonium-Nitrate Fuel-Oil (AFNO) accuses of a cuboids shape were used in this examination. What's more, the promoters that were utilized were of a PETN-based touchy. The little ones were utilized in the half scale tests and the bigger one was utilized in the full scale tests. A correlation of the deliberate and numerical reflected weights and the driving forces of different ANFO charges at the two standoff separations are introduced here. The impact field testing estimation results were effectively gotten utilizing the recently portrayed rapid information securing framework. The outcomes demonstrated that the weight wave pursues the old style state of the impact wave weight history. The outcomes demonstrated a decent understanding between the deliberate and the numerical qualities for the reflected weight while the qualities acquired by the A.T.BLAST program overestimated the motivation.