Impact energy safeguards are superfluous mechanical auxiliary components, which are brought enthusiastically to scatter the dynamic energy in case of an undesirable crash. These go about as mechanical breakers to constrain the heaps, which may follow up o
Standard citation formats for researchers, scholars, and academic bibliographies.
Chethana K Y, et al. (2018). QUASIS STATIC ENERGY ABSORPTION CAPACITY OF POLYMER FILLED ALUMINIUM TUBES. International Journal for Science and Advance Research In Technology (IJSART), 4(1), 19463. https://ijsart.com/quasis-static-energy-absorption-capacity-of-polymer-filled-aluminium-tubes-19463
Chethana K Y, et al. "QUASIS STATIC ENERGY ABSORPTION CAPACITY OF POLYMER FILLED ALUMINIUM TUBES." International Journal for Science and Advance Research In Technology (IJSART), vol. 4, no. 1, 2018, pp. 19463.
Chethana K Y, et al., 2018. QUASIS STATIC ENERGY ABSORPTION CAPACITY OF POLYMER FILLED ALUMINIUM TUBES. International Journal for Science and Advance Research In Technology (IJSART), 4(1). Available at: <https://ijsart.com/quasis-static-energy-absorption-capacity-of-polymer-filled-aluminium-tubes-19463>.
@article{ijsart_19463,
title = {{QUASIS STATIC ENERGY ABSORPTION CAPACITY OF POLYMER FILLED ALUMINIUM TUBES}},
author = {{Chethana K Y and M G Patil and Y S Rammohan and Lokesh G Reddy}},
journal = {{International Journal for Science and Advance Research In Technology (IJSART)}},
volume = {4},
number = {1},
year = {2018},
issn = {{2395-1052}},
url = {{https://ijsart.com/quasis-static-energy-absorption-capacity-of-polymer-filled-aluminium-tubes-19463}}
}
Chethana K Y, et al. (2018). QUASIS STATIC ENERGY ABSORPTION CAPACITY OF POLYMER FILLED ALUMINIUM TUBES. International Journal for Science and Advance Research In Technology (IJSART), 4(1), 19463. https://ijsart.com/quasis-static-energy-absorption-capacity-of-polymer-filled-aluminium-tubes-19463
MLA (9th edition)
Chethana K Y, et al. "QUASIS STATIC ENERGY ABSORPTION CAPACITY OF POLYMER FILLED ALUMINIUM TUBES." International Journal for Science and Advance Research In Technology (IJSART), vol. 4, no. 1, 2018, pp. 19463.
BibTeX Format
@article{ijsart_19463,
title = {{QUASIS STATIC ENERGY ABSORPTION CAPACITY OF POLYMER FILLED ALUMINIUM TUBES}},
author = {{Chethana K Y and M G Patil and Y S Rammohan and Lokesh G Reddy}},
journal = {{International Journal for Science and Advance Research In Technology (IJSART)}},
volume = {4},
number = {1},
year = {2018},
issn = {{2395-1052}},
url = {{https://ijsart.com/quasis-static-energy-absorption-capacity-of-polymer-filled-aluminium-tubes-19463}}
}
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