Search Results - "FLASKER, J"

Computational approach to contact fatigue damage initiation analysis of gear teeth flanks by Šraml, M., Flašker, J.

“…The paper describes a general computational model for the simulation of contact fatigue-damage initiation in the contact area of meshing gears. The model…”
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Numerical modelling of crack path in the lubricated rolling–sliding contact problems by GLODEZ, S, POTOCNIK, R, FLASKER, J, ZAFOSNIK, B

“…A two-dimensional computational model for simulation of contact fatigue of lubricated rolling–sliding contact problems is presented. In the model it is assumed…”
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A fracture mechanics model for the analysis of micro-pitting in regard to lubricated rolling–sliding contact problems by Zafošnik, B., Glodež, S., Ulbin, M., Flašker, J.

“…A computational model is presented for the analysis of micro-pitting in regard to lubricated rolling–sliding contact problems. This model assumes the…”
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Method for detecting fatigue crack in gears by Belsak, A., Flasker, J.

“…The most undesirable damage that can occur in gear units is crack in the tooth root as it often makes gear unit operation impossible. Monitoring vibrations can…”
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A NEW MODEL FOR THE NUMERICAL DETERMINATION OF PITTING RESISTANCE OF GEAR TEETH FLANKS by Glodež, S., Flašker, J., Ren, Z.

“…— A numerical model for determining the pitting resistance of gear teeth flanks is presented in this paper. The model considers the material fatigue process…”
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Experimental analysis of propagation of fatigue crack on gears by ABERSEK, B, FLASKER, J

“…Gears of different sizes and with different systems of loading are indispensable components of machines and devices. When optimizing such gear assemblies, one…”
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Computational model for the analysis of bending fatigue in gears by Kramberger, J., Šraml, M., Glodež, S., Flašker, J., Potrč, I.

“…A computational model for the determination of service life of gears with regard to bending fatigue in a gear tooth root is presented. The fatigue process…”
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Numerical procedure for predicting the rolling contact fatigue crack initiation by SRAML, M, FLASKER, J, POTRC, I

“…A computational numerical model for contact fatigue damage analysis of mechanical elements is presented in this paper. The computational approach is based on…”
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Computational model for calculation of static capacity and lifetime of large slewing bearing's raceway by GLODEZ, Srecko, POTOCNIK, Rok, FLASKER, Jože

“…A computational model for determination of static capacity and fatigue lifetime of large slewing bearings is presented. In the proposed model, contact load…”
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Numerical calculation of bending fatigue life of thin-rim spur gears by Kramberger, J., Šraml, M., Potrč, I., Flašker, J.

“…Mechanical elements subjected to cyclic loading have to be designed against fatigue. The aim of this paper is to examine the bending fatigue life of thin-rim…”
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Determination of Stresses and Forces on the Orthodontic System by Using Numerical Simulation of the Finite Elements Method by Ferčec, J., Glišić, B., Šćepan, I., Marković, E., Stamenković, D., Anžel, I., Flašker, J., Rudolf, R.

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Evaluation of the service life of gears in regard to surface pitting by Glodež, S., Aberšek, B., Flašker, J., Ren, Z.

“…A computational model for determining the service life of gear teeth flanks in regard to surface pitting is presented. The model considers the material fatigue…”
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Review of mathematical and experimental models for determination of service life of gears by Abersek, B, Flasker, J, Glodez, S

“…For designing machines and devices the dimensioning with respect to service life is increasingly taken into account. This applies also for gearing which are…”
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Wavelet analysis for gear crack identification by Belsak, Ales, Flasker, Joze

“…There are many typical damages and faults that can cause problems in relation to gear unit operation, a crack in the tooth root being probably the least…”
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The influence of different parameters on surface pitting of contacting mechanical elements by Fajdiga, G., Flašker, J., Glodež, S.

“…The paper describes a general computational model for simulation of surface pitting of mechanical elements subjected to contact loading conditions. In the…”
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Numerical simulation of surface pitting due to contact loading by Flašker, J., Fajdiga, G., Glodež, S., Hellen, T.K.

“…A two-dimensional computational model for simulation of surface pitting of mechanical elements subjected to contact loading conditions is presented. In the…”
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Surface fatigue of gear teeth flanks by Glodež, S., Ren, Z., Flašker, J.

“…This paper presents a new model for simulation of the surface fatigue process in the contact area of spur gears. The model considers the conditions required…”
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Numerical modelling of micro-pitting of gear teeth flanks by FAJDIGA, G., FLAŠKER, J., GLODEŽ, S., HELLEN, T. K.

“…ABSTRACT A two‐dimensional computational model for simulation of contact fatigue of gear teeth flanks is presented. In the model, it is assumed that the…”
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Experimental results of the fatigue crack growth in a gear tooth root by Glodež, S., Pehan, S., Flašker, J.

“…A spur gear pair from the first stage of an industrial vehicle gear box has been subjected to experimental testing. The effects of different load distributions…”
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Contact problems of gears using Overhauser splines by Ulaga, S, Ulbin, M, Flašker, J

“…This paper presents a new finite element technique which provides more accurate contact stress predictions than other already established methods. A novel…”
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