| |
Rojek J., Nosewicz S., Pietrzak K., Chmielewski M., Evaluation of macroscopic stresses in discrete element models of sintering processes,
COMPUTER METHODS IN MATERIALS SCIENCE / INFORMATYKA W TECHNOLOGII MATERIAŁÓW, 15, 1, 219-255, 2015 |  |
| |
Kowalczyk-Gajewska K., Crystal plasticity models accounting for twinning,
COMPUTER METHODS IN MATERIALS SCIENCE / INFORMATYKA W TECHNOLOGII MATERIAŁÓW, 13, 4, 436-451, 2013 | |
| |
Bednarek T., Kowalczyk P., The sensitivity analysis of deep drawing process using flow approach,
COMPUTER METHODS IN MATERIALS SCIENCE / INFORMATYKA W TECHNOLOGII MATERIAŁÓW, 13, 1, 22-29, 2013 | |
| |
Lumelskyy D., Marczewska I., Rojek J., Pęcherski R., Grosman F., Tkocz M., Effect of friction on failure location in sheet metal formability tests,
COMPUTER METHODS IN MATERIALS SCIENCE / INFORMATYKA W TECHNOLOGII MATERIAŁÓW, 13, 1, 43-48, 2013 | |
| |
Kuś W., Burczyński T., Identification of stochastic material properties in multiscale modelling,
COMPUTER METHODS IN MATERIALS SCIENCE / INFORMATYKA W TECHNOLOGII MATERIAŁÓW, 11, 524-530, 2011 | |
| |
Bednarek T., Kowalczyk P., Marczewski A., Sosnowski W., Improvement of stability conditions and uniqueness of penalty approach in contact modelling in sheet metal forming,
COMPUTER METHODS IN MATERIALS SCIENCE / INFORMATYKA W TECHNOLOGII MATERIAŁÓW, 11, 2, 411-417, 2011 | |
| |
Rojek J., Pietrzak K., Chmielewski M., Kaliński D., Nosewicz S., Discrete Element Simulation of Powder Sintering,
COMPUTER METHODS IN MATERIALS SCIENCE / INFORMATYKA W TECHNOLOGII MATERIAŁÓW, 11, 1, 68-73, 2011 | |
| |
Lumelskyy D., Rojek J., Numerical Accuracy and Efficiency of Algorithms for Springback Calculation,
COMPUTER METHODS IN MATERIALS SCIENCE / INFORMATYKA W TECHNOLOGII MATERIAŁÓW, 11, 2, 387-393, 2011 | |
| |
Jarecki L., Błoński S., Zachara A., Blim A., Computer modeling of pneumatic formation of superthin fibres,
COMPUTER METHODS IN MATERIALS SCIENCE / INFORMATYKA W TECHNOLOGII MATERIAŁÓW, 11, 1, 74-80, 2011 | |
| |
Sosnowski W., Bednarek T., Kowalczyk P., Stability and uniqueness of flow approach algorithms in sheet metal forming simulations,
COMPUTER METHODS IN MATERIALS SCIENCE / INFORMATYKA W TECHNOLOGII MATERIAŁÓW, 10, 1, 30-36, 2010 | |
| |
Maździarz M., A comment on the article "Ab initio calculations of pressure-dependence of high-order elastic constants using finite deformations approach" by I. Mosyagin, A.V. Lugovskoy, O.M. Krasilnikov, Yu.Kh. Vekilov, S.I. Simak and I.A. Abrikosov [Computer Physics Communications 220 (2017) 20–30],
COMPUTER PHYSICS COMMUNICATIONS, 235, 293-294, 2019 | |
| |
Young T.D., Romero E., Román J.E., Parallel finite element density functional computations exploiting grid refinement and subspace recycling,
COMPUTER PHYSICS COMMUNICATIONS, 184, 66-72, 2013 | |
| |
Pisarski D.,Jankowski, Reinforcement learning-based control to suppress the transient vibration of semi-active structures subjected to unknown harmonic excitation,
COMPUTER-AIDED CIVIL AND INFRASTRUCTURE ENGINEERING, 38, 12, 1605-1621, 2023 |  |
| |
Jankowski Ł., Quality over quantity: the case of a model journal,
COMPUTER-AIDED CIVIL AND INFRASTRUCTURE ENGINEERING, 35, 7, 649-649, 2020 | |
| |
Błachowski B., Świercz A., Ostrowski M., Tauzowski P., Olaszek P., Jankowski Ł., Convex relaxation for efficient sensor layout optimization in large‐scale structures subjected to moving loads,
COMPUTER-AIDED CIVIL AND INFRASTRUCTURE ENGINEERING, 35, 10, 1085-1100, 2020 | |
