No. |
Authors | Paper |
| 1 | Ahmed N.,
Stoll A.,
Leopold J.,
Mitrofanov A.V.,
Silberschmidt V. |
Influence of ultrasonically assisted cutting on burr formation |
| 2 | Arrazola P.-J.,
Pujana J.,
Villar A.,
Ugarte D.,
Aguirre A.,
Gallego I.,
Le Maître F. |
Finite element modeling of oblique cutting |
| 3 | Aurich J. C.,
Sudermann H.,
Bil H. |
3D finite element modelling of burr formation in grinding |
| 4 | Bajić D.,
Špar I.,
Veža I. |
Mathematical modeling and optimization of surface roughness in turning process |
| 5 | Brecher C.,
Witt S. |
Simulation of machine process interaction with flexible multi-body simulation |
| 6 | Claudin C.,
Poulachon G.,
Lambertin M.,
Janosch J. J.,
Vecchi B.,
Gigé F. |
Adaptation of the drill geometry with the cutting forces, the tool life, and chip formation mechanisms |
| 7 | Corduan N.,
Costes J.-P.,
Lapujoulade F. |
Experimental approach of milling stability of thin walled parts, comparison with time domain simulation |
| 8 | Crolet A.,
Lambert-Campagne L.,
Costes J.-P.,
Barlier C.,
Bissey-Breton S. |
On the vibrations in superfinish turning operation |
| 9 | Denkena B.,
Reichstein M.,
Köhler J.
|
Influence of captured border on cutting forces in the turning processes |
| 10 | Diéguez J.L.,
Ares J.E.,
Sebastián M.A.,
Marcos M.
|
Factors of influence in the simultaneous optimization of the descriptive variables of the electro discharge machining |
| 11 | Dobrzański L. A.,
Mikuła J.,
Gołombek K.,
Pakuła D.,
Kopač J.,
Soković M. |
Functional properties of PVD and CVD coated tool ceramics |
| 12 | Emami M.M.,
Arezoo B. |
A virtual test bed implementation using the precision model of feed-drive system for the verification of command generators |
| 13 | Filice L.,
Micari F.,
Umbrello D. |
Wear modelling in orthogonal cutting using coated tools |
| 14 | Fortunato A.,
Mantega C.,
Donati L.,
Tani G. |
Milling force prediction by means of analytical and 3D FEM simulations |
| 15 | Globočki - Lakić G.,
Nedić B.,
Ivković B.,
Golubović-Bugarski V.,
Čiča Dj. |
Possibility of determination of material machinability over tribological parameters by use of tribometer "Block on disk" |
| 16 | Golubović-Bugarski V.,
Blagojević D.,
Globočki-Ladić G. |
Vibration measurement as a tool for machine diagnostics |
| 17 | Gonzalo O.,
Peigne G.,
Gonzalez D. |
Thin-walled features high speed machining simulation |
| 18 | Gradišek J.,
Friedrich R.,
Govekar E.,
Grabec I. |
A method for analysis of time series data in machining |
| 19 | Grzesik W.,
Bartoszuk M.,
Jaskula A. |
Influence of heat flux configuration on the temperature distribution at the tool-chip interface |
| 20 | Habak M.,
Lebrun J.-L.,
Huneau B.,
Germain G.,
Robert P. |
Effect of carbides and cutting parameters on chip morphology and cutting temperature during orthogonal hard turning of 100Cr6 bearing steel with a CBN cutting tool |
| 21 | Hagenah H.,
Kohlbauer R. |
Application of fuzzy logic for process design in sheet metal hydroforming |
| 22 | Hänle P.,
Hammer M.,
Gsänger D.,
Stolz Th.,
Schwenck M. |
Innovative cutting tools for machining powertrain materials |
| 23 | Herrmann Praturlon A.,
Durante S.,
Gallino A.,
Comoglio M. |
High performance cutting in automotive and aerospace application |
| 24 | Ho C. Y.,
Chen D. Y.,
Wen M. Y.,
Ho J. E. |
Heat transfer in the fusion zone during electron-beam welding |
| 25 | Insperger T.,
Mann B. P.,
Edes B.,
Stépán G. |
The effect of runout on the chatter frequencies of milling process |
| 26 | Jantunen, E. |
Indirect monitoring and diagnosis of drill wear |
| 27 | Jrad M.,
Devillez A.,
Dudzinski D. |
Thermomechanical approach of drilling based on a CAD definition |
| 28 | Julean D. |
A method for assessment of steels grindability |
| 29 | Klocke F.,
Frank P. |
Simulation of tool wear in hard turning |
| 30 | Klocke F.,
Lung D.,
Gerschwiler K.,
Risse K.,
Abouridouane M. |
3D modeling and scaling effects in drilling |
| 31 | Kokalj T.,
Mužič P.,
Grabec I.,
Govekar E. |
Modelling of laser pendant droplet formation and determination of laser pulse |
| 32 | Krajnik P.,
Korošec M.,
Pušavec F.,
Kopač J. |
Neural-network-based simulation and empirical metamodelling of centreless grinding process |
| 33 | Kuzinovski M.,
Trajcevski N.,
Fita S.,
Tomov M. |
Monitoring system in the experimental investigation of the temperature in the cutting process by machining with turning |
| 34 | Long, Z.
Wenxiang Z.,
Xibin W.,
Haochen W. |
Analysis on nonlinear cutting forces in high-speed face-milling of difficult-to-machining materials |
| 35 | Lorentzon J.,
Järvstrat N. |
Tool wear geometry updating in Inconel 718 turning operations |
| 36 | Lugscheider E.,
Bobzin A. K.,
Nickel R.,
Hurevich V. |
Theoretical study of the influence of a PVD coating on the stability of the micro drilling process |
| 37 | Makarov V. F.,
Chigodaev N. E.,
Tokarev D. I. |
Optimization of cutting process at the high-speed broaching of gas-turbine engine parts |
| 38 | Mankova I.,
Beno J.,
Markova G.,
Melcher M. |
Experimental modeling of cutting force, tool-wear and surface roughness when turning with ceramic inserts |
| 39 | Mehmedović M.,
Ekinović S.,
Dolinšek S.,
Šarić E. |
Investigation of cutting tool influences on white layer formation for a turning process of hardened 16MnCr5 steel |
| 40 | Okafor A. C.,
Aramalla S. |
Modeling cutting forces in high speed end-milling of titanium alloys using finite element analysis and mechanistic model |
| 41 | Outeiro J. C. ,
Ee K. C.,
Dillon, Jr. O. W.,
Wanigaranthe P. C.,
Jawahir I. S. |
Some observations on comparing the modelled and measured residual stresses on the machined surface induced by orthogonal cutting of AISI 316L steel |
| 42 | Özlü E.,
Budak E. |
Analytical prediction of stability limit in turning operations |
| 43 | Pienkowski G.,
Krzyzanowski J.,
Maczka J. |
Modeling energy utilization during machining operations |
| 44 | Potočnik P.,
Grabec I. |
Simulation of cutting stabilized by nonlinear model predictive control |
| 45 | Ritou M.,
Garnier S.,
Furet B.,
Hascoet J.-Y. |
Estimation of cutter eccentricity for tool condition monitoring |
| 46 | Rozman R.,
Govekar E.,
Grabec I. |
Modeling of plasma plume formation induced by a laser beam |
| 47 | Sakakura M.,
Tsukamoto S.,
Fujiwara T.,
Inasaki I. |
3D simulation of surface generation in grinding |
| 48 | Salonitis K.,
Tsoukantas G.,
Stavropoulos P.,
Stournaras A.,
Chondros T.,
Chryssolouris G. |
Process forces modeling in grind-hardening |
| 49 | Sánchez J. S.,
Rubio E.,
Álvarez M.,
Sebastián M. A.,
Cano M. J.,
Marcos M., |
Analysis of the parallelism deviation in the horizontal dry turning of UNS A97050 Al-Zn alloys |
| 50 | Schermann T.,
Marsolek J.,
Schmidt C.,
Fleischer J. |
Aspects of the simulation of a cutting process with ABAQUS/Explicit including the interaction between the cutting process and the dynamic behavior of the machine tool |
| 51 | Sims N. D.,
Turner M. S.,
Ridgway K. |
A model of milling dynamics using Matlab and Simulink |
| 52 | Stoll A.,
Leopold J.,
Neugebauer R. |
Hybrid methods for analyzing burr formation in 2D-orthogonal cutting |
| 53 | Szalai R.,
Mann B. P.,
Stépán G. |
Period-two and quasi-periodic vibrations of high-speed milling |
| 54 | Thomas G.,
Hamdi H.,
Brosse A.,
Jay J.,
Rech J. |
Grinding temperature measurement by infrared thermography |
| 55 | Todorov G.,
Romanov B.,
Kamberov K.,
Koychev M. |
Direct fastening components design and reliability parameters research |
| 56 | Torres,
Duduch,
Jasinevicius |
The study of brittle materials grinding |
| 57 | Tunc L. T.,
Budak E.,
Ozturk E. |
Optimization of 5-axis milling processes using process models |
| 58 | Ullah A. M. M. Sh.,
Harib K. H.,
Aldajah S. |
On the roughness profile modeling using Q-sequence |
| 59 | Umbrello D.,
Outeiro J. C.,
M'Saubi R. |
Modelling and validation of the residual stresses induced in machining AISI 316L steel |
| 60 | Umer U.,
Xie L.,
Wang X. |
Modeling the effect of tool edge preparation by ALE method |
| 61 | Uriarte L.,
Zatarain M.,
Bueno R.,
Gozalo O.,
Lopez de Lacalle L. N.,
Lamikiz A. |
Identification of the specific cutting force coefficients for the mechanistic modelling of the micro milling |
| 62 | Weinert K.,
Enk D.,
Surmann T. |
Analysis of the cutting tool vibration while milling with changing engagement conditions for the verification of simulation systems |
| 63 | Weinert K.,
Surmann T. |
Geometric model of the surface structure resulting from the dynamic milling process |
