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A platform for research: civil engineering, architecture and urbanism
The Response of Circular Plates to Repeated Uniform Blast Loads
This paper presents an experimental investigation into the response of circular Domex-700 MC steel plates to repeated uniform blast loads. The experiments are carried out on a ballistic pendulum for a 3mm thick test plate to witness up to five similar uniform blast loads. As expected, a trend of increasing permanent mid-point deflection is observed for an increase in charge mass and number of blast loads. In general, the results showed that the incremental increase in mid-point deflection decreases while the Vickers hardness of the plate increases with increasing number of blast loads.
The Response of Circular Plates to Repeated Uniform Blast Loads
This paper presents an experimental investigation into the response of circular Domex-700 MC steel plates to repeated uniform blast loads. The experiments are carried out on a ballistic pendulum for a 3mm thick test plate to witness up to five similar uniform blast loads. As expected, a trend of increasing permanent mid-point deflection is observed for an increase in charge mass and number of blast loads. In general, the results showed that the incremental increase in mid-point deflection decreases while the Vickers hardness of the plate increases with increasing number of blast loads.
The Response of Circular Plates to Repeated Uniform Blast Loads
Yuen, Steeve Chung Kim (author) / Nurick, Gerald (author) / Ranwaha, Nzudzanyo (author) / Henchie, Travis (author)
2013
4 Seiten
Conference paper
English
The Response of Circular Plates to Repeated Uniform Blast Loads
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