Viktor Kozin

Viktor Mikhailovich Kozin () (born February 22, 1953) is a Russian naval engineer, ship designer and inventor of a new method of icebreaking, called the resonance method of ice destruction. He received his assistant professorship in technical sciences (PhD) for his work "Mechanics of deformable solids" in Vladivostok in 1994. He became a full professor in 1996 and was awarded the title Honored Inventor of the Russian Federation in 2000. Since 2008 he has been a member of the Russian Academy of Natural Sciences (RANS).
Kozin was awarded a diploma from the president of the Russian Academy of Sciences (1999) and won grants from the Russian Ministry of Education (2006). He received multiple prizes for his academic and scientific achievements in the theory of watercraft statics and dynamics, design of vessels, hydraulics and hydromechanics, ship and submarine construction. He is the author of two textbooks in naval engineering and twelve works on the methods of education in the area of naval design.
With the direct participation of Victor Kozin construction was completed the towing basin (45x4,2x4m), Komsomolsk-on-Amur State Technical University.
Accomplishments.
Kozin has authored just over 500 publications, including 18 publications of the Higher Attestation Commission of the Ministry of Education and Science of the Russian Federation. He has made 35 presentations at international conferences, published eight monographs, and is the owner of more than 320 patents for inventions.
Prepared.
Ph.D.: Zhyostkaya V.D.; Onischuk A.V.; Baranov E.V.; Morozov V.S.; Zemlyak V.L.; Dzhabrailov M.R.
Basic activities.
"- Research opportunities resonance method of ice destruction, congestion and hanging ice dams." 
"- Using fusible substances for automatic balancing of traffic congestion." 
"- Development of new technologies and devices for cleaning hard pavements of ice and snow rolling". 
"- Using the power expansion of ice for kolibrovki zigovki and thin-walled tubes". 
"- Develop technologies to improve the bearing capacity of ice, use-forming as the ice crossings and the load-carrying platforms."
Awarded.
 
 
 
 