Article

DOI: 10.5937/jaes12-5611
This is an open access article distributed under the CC BY-NC-ND 4.0 terms and conditions.

Volume 12 article 270 pages: 23 - 28

Nenad Fric
Faculty of Civil Engeneering, University of Belgrade, Serbia

Dragan Budjevac
Faculty of Civil Engeneering, University of Belgrade, Serbia

Zlatko Markovic
Faculty of Civil Engeneering, University of Belgrade, Serbia

Jelena Dobric
Faculty of Civil Engeneering, University of Belgrade, Serbia

Jovan Isakovic
Tehnikum Taurunum-College of Applied Engineering Studies in Belgrade, Serbia

Alcoa Fastening Systems, introduces the Huck BobTail, representing the most advanced fastening technology to date. Recognized as the next-generation lockbolt, the Huck BobTail delivers 5 times the fatigue strength of conventional nuts and bolts, and is engineered to provide the highest level of strength, reliability, and vibration-resistant performance. Engineered to meet the challenges of a wide range of assembly applications, BobTail offers high performance and easy, quick installation.

View article

BobTail, Huck’s next generation lockbolt, Alcoa Fastening Systems, 2010, http://www.alcoa.com/fastening_systems/commercial/catalog/pdf/huck/en/AF1032%20BOBTAIL.pdf

http://bayfastening.distone.com/Search/212.all/48/name/cna/

http://www.afsglobal.net/afs-news.php?article=1

http://bayfastening.distone.com/Search/212.all/48/name/cna/

http://www.afsglobal.net/afs-news.php?article=1

Nenad Fric, Boris Gligić, Jelena Dobrić, Zlatko Marković: “Wind towers – design of friction connection for assembling sections of tubular steel towers”, Journal of applied engineering science, 10(2012)1, 221, 49 - 52,doi:10.5937/jaes10-1670

Istrazivanja i projektovanja za privreduJournal of Applied Engineering Science