Modelj dlja opredelenija treščinostojkosti trub : zajavka No. 2014122236/28(036059), data podači zajavki 02. 06. 2014 : rešenie o vydače patenta za izobretenie, om 09. 07. 2015 /...

od Matvienko, Yury G., Gubeljak, Nenad.
Izdano 2015

Modelj dlja opredelenija treščinostojkosti trub : RU 2564696 C1, 10. 10. 2015 /

od Matvienko, Yury G., Gubeljak, Nenad.
Izdano 2015

Analiza napetostno deformacijskega stanja upogibno obremenjenega obroča = Stress - strain analysis of axial bended ring /

od Likeb, Andrej., Gubeljak, Nenad., Matvienko, Yury G.

Determination of limit loads for new pipe - ring specimens /

od Gubeljak, Nenad., Likeb, Andrej., Matvienko, Yury G.

Finite element estimation of the plastic (n[eta][sub]pl) factors for pipe-ring notched bend specimen using the load separation method /

od Likeb, Andrej., Gubeljak, Nenad., Matvienko, Yury G.

Fracture Toughness Measurement by Using Pipe-Ring Specimens

od Gubeljak, Nenad., Likeb, Andrej., Matvienko, Yury G.

Stress intensity factor and limit load solutions for new pipe-ring specimen with axial cracks

od Likeb, Andrej., Gubeljak, Nenad., Matvienko, Yury G.

Rešitev faktorja intenzitete napetosti in mejne obremenitve za obroč z aksialno razpoko = Stress intensity factor and limit load solutions for pipe-ring specimen with axial cracks...

od Likeb, Andrej., Gubeljak, Nenad., Matvienko, Yury G.

The determination of the stress intensity factor solutions for the new pipe-ring specimen using FEA

od Likeb, Andrej., Gubeljak, Nenad., Matvienko, Yury G.

Correlation of Pipe Ring Notched Bend (PRNB) specimen and Single Edge Notch Bend (SENB) specimen in determination of fracture toughness of pipe material /

od Damjanović, D., Kozak, Dražan., Matvienko, Yury G., Gubeljak, Nenad.

Determination of H[sub]pl factors for pipe - ring specimens using finite element analysis

od Likeb, Andrej., Gubeljak, Nenad., Predan, Jožef., Matvienko, Yury G.

Comparison between fracture behaviour of pipe-line ring specimens and standard specimens /

od Gubeljak, Nenad., Likeb, Andrej., Predan, Jožef., Matvienko, Yury G.

Prediction of pipe ring specimen failure conditions

od Musraty, W., Medjo, Bojan., Rakin, Marko., Gubeljak, Nenad., Matvienko, Yury G., Arsić, M., Sedmak, Aleksandar.

Failure resistance of drilling rig casing pipes with an axial crack

od Medjo, Bojan., Rakin, Marko., Gubeljak, Nenad., Matvienko, Yury G., Arsić, M., Šarkoćević, Ž., Sedmak, Aleksandar.

Fracture behavior of new pipe - ring specimens for fracture toughness testing of thin - wall pipeline

od Gubeljak, Nenad., Likeb, Andrej., Matvienko, Yury G., Rakin, Marko., Međo, Bojan., Damjanović, Darko., Kozak, Dražan.

Numerical analysis of fracture of non-standard ring specimen for examination of axially flawed cylindrical structures

od Medjo, Bojan., Rakin, Marko., Gubeljak, Nenad., Musraty, W., Matvienko, Yury G., Milošević, Miloš, strojnik., Sedmak, Aleksandar.

Advances in fatigue and fracture proceedings of the 13-th conference New Trends in Fatigue and Fracture, Mechanical Engineering Research Institute, Moscow, Russia, May 13-16, 2013...

Izdano 2013