Ødegårdstuen, Gard
4 results

  • Articles Projected area and drag coefficient of high velocity irregular fragments that rotate or tumble

    Moxnes, John Fredrik, Frøyland, Øyvind, Øye, Ivar Jarle, Brate, Tom I., Friis, Eva, Ødegårdstuen, Gard, Risdal, Tallak Harald

    Moxnes, John Fredrik; Frøyland, Øyvind; Øye, Ivar Jarle; Brate, Tom I.; Friis, Eva; Ødegårdstuen, Gard; Risdal, Tallak Harald. Projected area and drag coefficient of high velocity irregular fragments that rotate or tumble. Defence Technology 2017

  • Articles On the study of ricochet and penetration in sand, water and gelatin by spheres, 7.62 mm APM2, and 25?mm projectiles

    Moxnes, John Fredrik, Frøyland, Øyvind, Skriudalen, Stian, Prytz, Anne K., Teland, Jan Arild, Friis, Eva, Ødegårdstuen, Gard

    Moxnes, John Fredrik; Frøyland, Øyvind; Skriudalen, Stian; Prytz, Anne K.; Teland, Jan Arild; Friis, Eva; Ødegårdstuen, Gard. On the study of ricochet and penetration in sand, water and gelatin by spheres, 7.62 mm APM2, and 25?mm projectiles. Defence Technology 2016 ;Volum 12.(2) s. 159-170

  • Articles Strain rate dependency and fragmentation pattern of expanding warheads

    Moxnes, John Fredrik, Prytz, Anne K., Frøyland, Øyvind, Skriudalen, Stian, Børve, Steinar, Ødegårdstuen, Gard

    Moxnes, John Fredrik; Prytz, Anne K.; Frøyland, Øyvind; Skriudalen, Stian; Børve, Steinar; Ødegårdstuen, Gard. Strain rate dependency and fragmentation pattern of expanding warheads. Defence Technology 2015 ;Volum 11.(1) s. 1-9

  • Articles Experimental and numerical study of the fragmentation of expanding warhead casings by using different numerical codes and solution techniques

    Moxnes, John Fredrik, Prytz, Anne K., Frøyland, Øyvind, Klokkehaug, Siri, Skriudalen, Stian, Friis, Eva, Teland, Jan Arild, Dørum, Cato, Ødegårdstuen, Gard

    Moxnes, John Fredrik; Prytz, Anne K.; Frøyland, Øyvind; Klokkehaug, Siri; Skriudalen, Stian; Friis, Eva; Teland, Jan Arild; Dørum, Cato; Ødegårdstuen, Gard. Experimental and numerical study of the fragmentation of expanding warhead casings by using different numerical codes and solution techniques. Defence Technology 2014 ;Volum 10.(2) s. 161-176