A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Research of mine imitator interaction with deformable surface / ; Minos imitatoriaus sąveikos su besideformuojančiu paviršiumi tyrimas.
The processes of the mine imitator interaction with deformable surfaces of the soil are analysed in the paper. Using the explicit code LS-Dyna v.971 deforma-tions of the detonator cap of the imitator due to the interac-tion with soil at different firing speeds and their character-ristics were determined. The reliability criterion of the detonator’s operation was proposed – the minimum of dis-sipated energy during cap – soil interaction and structure of the cap was proposed. The results of the interaction com-puter modeling were verified by experiments and field tests.
Research of mine imitator interaction with deformable surface / ; Minos imitatoriaus sąveikos su besideformuojančiu paviršiumi tyrimas.
The processes of the mine imitator interaction with deformable surfaces of the soil are analysed in the paper. Using the explicit code LS-Dyna v.971 deforma-tions of the detonator cap of the imitator due to the interac-tion with soil at different firing speeds and their character-ristics were determined. The reliability criterion of the detonator’s operation was proposed – the minimum of dis-sipated energy during cap – soil interaction and structure of the cap was proposed. The results of the interaction com-puter modeling were verified by experiments and field tests.
Research of mine imitator interaction with deformable surface / ; Minos imitatoriaus sąveikos su besideformuojančiu paviršiumi tyrimas.
Fedaravičius, A., (author) / Šaulys, P., (author) / Griškevičius, P. (author)
2009-01-01
Mechanika., Kaunas : Technologija, 2009, Nr. 2, p. 24-27. ; ISSN 1392-1207 ; eISSN 2029-6983
Article (Journal)
Electronic Resource
Lithuanian , English