Experimental verification of the softening of the pork using underwater shock waves generated by wire electrical discharges

od Shimojima, Ken., Higa, Osamu., Higa, Yoshikazu., Takemoto, Ayumi., Iyama, Hirofumi., Yasuda, Atsushi., Watanabe, Toshitaka., Tanaka, Shigeru., Fukami, Ran., Vesenjak, Matej., Ren, Zoran., Itoh, Shigeru.

The effect of improving the oil extraction of Slovenia production seed by underwater shock wave /

od Shimojima, Ken., Takemoto, Ayumi., Vesenjak, Matej., Higa, Yoshikazu., Ren, Zoran., Itoh, Shigeru.

Behavior of metallic foam under shock wave loading

od Vesenjak, Matej., Borovinšek, Matej., Ren, Zoran., Irie, Seiichi., Itoh, Shigeru.

Experimental and computational study of underwater shock wave effect on aluminum foam

od Ren, Zoran., Vesenjak, Matej., Borovinšek, Matej., Irie, Seiichi., Itoh, Shigeru.

The dynamic property of aluminum foam

od Irie, Seiichi., Knnedy, Greg., Ren, Zoran., Itoh, Shigeru.

Dynamic property of aluminium foam /

od Irie, Seiichi., Kennedy, Greg., Ren, Zoran., Itoh, Shigeru.

Dynamic property of aluminum foam /

od Irie, Seiichi., Okano, Toshihiko., Tanaka, Shigeru., Kennedy, Greg., Vesenjak, Matej., Ren, Zoran., Hokamoto, Kazuyuki., Itoh, Shigeru.

Computational simulations of aluminium foam projectile behaviour /

od Ren, Zoran., Borovinšek, Matej., Vesenjak, Matej., Itoh, Shigeru.

High speed impact of low density aluminium foam : invited lecture, presented at the Institute of Scientific and Industrial Research, Osaka University, Japan, on September 13th 2010...

od Ren, Zoran., Vesenjak, Matej., Borovinšek, Matej., Itoh, Shigeru.
Izdano 2010

Computational simulations of aluminium foam projectile behaviour : invited lecture at the International Symposium on Explosion, Shock wave and High-energy reaction Phenomena 2010 (...

od Ren, Zoran., Borovinšek, Matej., Vesenjak, Matej., Itoh, Shigeru.
Izdano 2010

Dynamic property of aluminium foam /

od Irie, Seiichi., Okano, Toshihiko., Tanaka, Shigeru., Vesenjak, Matej., Ren, Zoran., Hokamoto, Kazuyuki., Itoh, Shigeru.

Shock wave effect on aluminium foam

od Vesenjak, Matej., Borovinšek, Matej., Ren, Zoran., Irie, Seiichi., Itoh, Shigeru.

Computational simulations of aluminum foam projectile behavior

od Borovinšek, Matej., Vesenjak, Matej., Ren, Zoran., Itoh, Shigeru.

Behaviour of aluminium foam under shock wave loading /

od Vesenjak, Matej., Borovinšek, Matej., Ren, Zoran., Irie, Seiichi., Itoh, Shigeru.

Experimental and computational testing of aluminium foam under high strain rates /

od Vesenjak, Matej., Tanaka, Shigeru., Irie, Seiichi., Borovinšek, Matej., Hokamoto, Kazuyuki., Itoh, Shigeru., Ren, Zoran.

High-velocity impact experiment of aluminum foam sample using powder gun /

od Tanaka, Shigeru., Hokamoto, Kazuyuki., Irie, Seiichi., Okano, Toshihiko., Ren, Zoran., Vesenjak, Matej., Itoh, Shigeru.

Behaviour of aluminium foam under high velocity impact

od Vesenjak, Matej., Tanaka, Shigeru., Irie, Seiichi., Borovinšek, Matej., Hokamoto, Kazuyuki., Itoh, Shigeru., Ren, Zoran.

Behaviour of aluminium foam under shock wave loading /

od Vesenjak, Matej., Borovinšek, Matej., Ren, Zoran., Irie, Seiichi., Itoh, Shigeru.

Behavior of aluminium metal foam under impact loading

od Vesenjak, Matej., Borovinšek, Matej., Tanaka, Shigeru., Irie, Seiichi., Hokamoto, Kazuyuki., Itoh, Shigeru., Ren, Zoran.

Characterization of geometrical and mechanical properties of advanced pore morphology (APM) foam elements

od Vesenjak, Matej., Borovinšek, Matej., Fiedler, Thomas., Higa, Yoshikazu., Krstulović-Opara, Lovre., Itoh, Shigeru., Ren, Zoran.