No. | Pages | Title | Authors |
4 | 416-421 | Online Visioplasticity in Forging Processes | M. Schmidtchen , A. Brethfeld, G. Lehmann |
4 | 406-415 | Mapping Microstructure in AC and PSC Testpieces Deformed at High Temperature | B Roebuck, K P Mingard, M Brooks |
4 | 397-405 | Physical and numerical modelling of forging accounting for exploitation properties of products | Madej L., Szeliga D., Kuziak R., Pietrzyk M |
4 | 389-396 | A COMPARISON OF MODELS FOR DUCTILE FRACTURE PREDICTION IN FORGING PROCESSES | Cai Zheng, J. M. A. Cesar de Sa and Francisco Pires |
4 | 383-388 | Explicit microscopic fatigue analysis of forged components | M. Milesi, Y. Chastel, M. Bernacki, R.E. Logé P.O. Bouchard |
4 | 378-382 | Material testing and physical simulation in modelling process chains based on forging operations | P.F. Bariani, S. Bruschi, A. Ghiotti |
3 | 375 | Optimisation strategies to determine process parameters in tube hydroforming | Di Lorenzo R., Ingarao G. and Micari F. |
3 | 375 | On the support UML diagrams understanding during the software maintenance | Leszek Kotulski, Artur Basiura |
3 | 375 | COMPARISON OF MATHEMATICAL MODELS FOR THE TURBULENT FLUID | Rodrigo Ottoni da Silva Pereira, Roberto Parreiras Tavares |
2 | 324-328 | OntoGRator – an intelligent access to heterogenous knowledge sources about casting technology | Kluska-Nawarecka, S., Dobrowolski, G., Marcjan, R., Nawarecki, E. |
2 | 317-323 | Application of Bayesian network in the diagnosis of hot-dip galvanising process | Mrzygłód, B., Adrian, A., Kluska-Nawarecka, S., Marcjan, R. |
2 | 311-316 | Filtering of Industrial Data using the Artifficial Neural Networks | Stanisławczyk, A., Talar, J., Jarosz, P., Kusiak, J. |
2 | 305-310 | Edge Detection and Filtering Approach Dedicated to Microstructure Images Analysis | Rauch, Ł., Kusiak, J. |
2 | 299-304 | The analysis of the influence of plug shape and its position on piercing process in skew rolling mill | Kazanecki, J., Pater, Z., Bartnicki, J. |
2 | 294-298 | Comparison of numerical models for hydroforming of X-shapes | Sadłowska, H., Kocańda, A. |
2 | 289-293 | Finite Element Analysis of Nodal Release Approach to Model Ductile Fracture in Metal Sheet | Behrens, B., Bir Sidhu, K. |
2 | 284-288 | Application of the Coupled Boundary Element Method With Atomic Model in the Static Analysis | Mrozek, A., Burczyński, T. |
2 | 276-283 | Weak and strong coupling of solvers in partitioned solution of solidification problems | Nagórka, A. |
2 | 269-275 | An algorithm for transferring 2D arbitrary hp-refined finite element axially symmetric meshes to three dimensions | Paszynski, M., Pardo, D., Demkowicz, L. |
2 | 262-268 | A comparison of meshless and finite element approaches to ductile damage in forming processes | Cesar de Sa, J. M. A. , Zheng, C. |
2 | 255-261 | Modelling of nanomaterials – sensitivity analysis with respect to the material parameters | Kopernik, M., Szeliga, D. |
2 | 250-254 | The use of Morris method in sensitivity analysis of a numerical model of solidification | Sczygiol, N., Dyja, R. |
2 | 243-249 | Frequency optimization based on “exact” sensitivity and fatigue life estimation | Bednarek , T., Sosnowski, W. |
2 | 237-242 | Numerical study to identify the material parameters of a damage model | Schwartz, R., Castagne, S., Habraken, A. |
2 | 231-236 | Application of physical and mathematical modelling to analysis of different forging processes of constant velocity joint body. | Gronostajski*, Z., Hawryluk*, M., Jaśkiewicz*, K., Niechajowicz*, A., Polak*, S., Walczak**, S., Woźniak**, A. |
2 | 224-230 | Discrete element modelling of rock cutting | Rojek, J. |
2 | 218-223 | The influence of the scale formation and the die angle on the heat transfer in the drawing out process. | Hadała, B., Malinowski, Z. |
2 | 212-217 | Influence of Forging Parameters on Tool Temperature in Hot Forging | Minami, A., Marumo, Y., Saiki, H. |
2 | 208-211 | An influence of some process parameters on lateral forces in forging dies | Kocańda, A., Czyżewski, P. |
2 | 202-207 | Computational modeling of centrifugal casting of alumina matrix composite reinforced with crystalline particles | Zagórski, R. |
2 | 196-201 | Computer modeling of the facing by resistance sintering of metal powders | Zimniak, Z., Bartnik, Z. |
2 | 191-195 | Comparison of 3D and 2.5D finite element simulation principles for rolling in grooves modeling. | Aksenov, S.A. , Kliber, J., Chumachenko, E.N. |
1 | 182-188 | Problem of the artificial anisotropy in solidification modeling by cellular automata method | Burbelko, A.A., Kapturkiewicz, W., Gurgul, D. |
1 | 175-181 | Some aspects which deny a use of 2D cellular automata for modelling of recrystallization | Svyetlichnyy, D.S. |
1 | 168-174 | Simulation of dynamic recrystallization using random grid cellular automata | Yazdipour, N, Davies, C.J., Hodgson, P.D. |
1 | 162-167 | Possibility to include in numerical simulation stochastic and discontinuous phenomena occuring in material | Madej, L., Paul, H., Hodgson, P.D., Pietrzyk, M. |
1 | 156-161 | Multi-scale FEM simulation of drawing processes | Milenin, A., Muskalski, Z. |
1 | 150-155 | Modelling of brittle damage nucleation by means of CA | Nowak, K. |
1 | 141-149 | Development of numerical tools for the multiscale modelling of recrystallization in metals, based on a digital material framework | Bernacki, M., Chastel, Y., Digonnet, H., Resk, H., Coupez, T., Logé, R.E. |
1 | 136-141 | Finite Element Analysis of die wear in hot forging considering industrial processes | Behrens, B.-A., Hundertmark, A. |
1 | 130-135 | Numerical Modelling of Constrained Groove Pressing with Deform 3D Software | Fišer, P., Drnek ,J., Zrnik, J., Cieslar, M., Kešner, D., Novy, Z. |
1 | 124-129 | Verification of numerical modelling of the SPR joint by experimentul stack-up | Cacko, R., Czyżewski, P. |
1 | 119-123 | Effect of Capillary Tip Shape on Deformation and Bondability in Au Wire Bonding | Saiki, H., Marumo, Y., Nishitake, H., Uemura, T., Yotsumoto, T. |
1 | 112-118 | Convection of internal variable methodology in Computational Fluid Dynamics solutions for thixoforming modelling | Macioł, P. |
1 | 106-111 | Generalized approach to the choice of lubricant for hot isothermal forging of aluminium alloys | Petrov, P.A. |
1 | 101-105 | Influence of micro asperity-valley on the surface of forging tools on tribological conditions | Saiki, H., Marumo, Y., Ruan, L. |
1 | 94-100 | On partial hydrodynamic lubrication effects in the journal bearings | Szolc, T., Sosnowski, W. |
1 | 88-93 | Modelling of formation of stock surface and subsurface layers in breakdown rolling of aluminium alloy | Krzyzanowski, M., Frolish, M.F., Rainforth, W.M., Beynon, J.H. |
1 | 83-87 | Application of the microstructure developement model to the multiscale FEM simulation of metal forming processes. | Żmudzki, A., Nowak, J. |
1 | 78-82 | Simulation of phase transformations in the field of internal stresses | Vlasov*, N. M., Fedik, I.I. |
1 | 73-77 | Application of QForm forging simulation system for prediction of microstructure of aluminium forged parts | Stebunov, S., Biba, N., Ovchinnikov, A., Shmelev, V. |
1 | 67-72 | Modellingf the kinetics of MX-type carbides precipitation process in low-carbor bainitic steels | Kuziak, R., Pidvysotskyy, V. |
1 | 61-66 | Computer processing of results of the wedge rolling test | Kubina, T., Schindler, I., Turoňová, P., Heger, M., Franz, J. |
1 | 54-60 | Modelling the hardenability and tempering of high strength steels | Eliasson*, J., Siwecki*, T., Rodell, B. |
1 | 47-53 | Creep fatigue of multi-part container during hot extrusion of copper – Simulation and experimental comparison | Krumphals, F., Wlanis, T., Redl, C., Sommitsch, C. |
1 | 42-46 | Modelling the mechanical properties of multiphase steels | Thomser, C., Prahl, U., Vegter, H., Bleck, W. |
1 | 36-41 | Dedicated computer system of aided steel deformation testing procedure near solidus temperature | Głowacki, M., Hojny, M. |
1 | 29-35 | Modelling and process optimization for heavy plate rolling of structural steel | Siwecki, T. |
1 | 24-28 | Mathematical description of deformation resistance of IF steel including influence of phase transformations | Schindler, I., Jurko, V. et al. |
1 | 17-23 | Mathematical modeling of structure and mechanical properties of steel tubes production | Kvačkaj, T., Zemko, M. |
1 | 11-16 | Modelling of hot rolling 6061 aluminium alloy – state variables and grain size predictions | De Pari Jr., L., Misiolek, W. Z. |
1 | 5-10 | Hot forming and heat treatment simulation in a steel mill | Redl, C., Tian, B., Wieser, V., Sommitsch, C. |