| |
Rojek J., Nosewicz S., Chmielewski M., Coupling micro- and macroscopic levels in a sintering model,
VII INTERNATIONAL CONFERENCE ON COUPLED PROBLEMS IN SCIENCE AND ENGINEERING, 2017-06-12/06-14, RHODES ISLAND (GR), 1-, 2017 |  |
| |
Maździarz M., Rojek J., Nosewicz S., Estimation of micromechanical NiAl sintering model parameters from the Atomistic Simulations,
VII INTERNATIONAL CONFERENCE ON COUPLED PROBLEMS IN SCIENCE AND ENGINEERING, 2017-06-12/06-14, RHODES ISLAND (GR), 1-1, 2017 | |
| |
Phuong N.T., Thi Thom N., Thi Nam P., Van Trang N., Thi Huong T.T., Hai D.T., Thu L.P., Osial M., Thanh D.T.M., Co2+ and Cr3+ ions removal from wastewater by using nanostructural hydroxyapatite,
VIETNAM JOURNAL OF CHEMISTRY, 60, 135-147, 2022 | |
| |
Szolc T., STRUCTURAL HYBRID MODELLING APPLIED TO INVESTIGATE CURRENT PROBLEMS OF ROTOR DYNAMICS,
VIBSYS, XXX CONFERENCE VIBRATIONS IN PHYSICAL SYSTEMS, 2022-09-26/09-28, POZNAŃ (PL), 81-82, 2022 | |
| |
Szolc T., Kowalewski Z.L., An application of longitudinal elastic waves for investigation of materials under high strain rates using the Hopkinson bar,
VIBRATIONS IN PHYSICAL SYSTEMS, 26, 305-310, 2014 | |
| |
Pręgowska A., Konowrocki R., Szolc T., Experimental verification of the semi-active control concepts for torsional vibrations of the electro-mechanical system using rotary magneto-rheological actuators,
VIBRATIONS IN PHYSICAL SYSTEMS, 25, 329-334, 2012 | |
| |
Pisarski D., Bajer C.I., On the semi-active control of carrying structures under moving a load,
VIBRATIONS IN PHYSICAL SYSTEMS, 24, 325-330, 2010 | |
| |
Michajłow M., Konowrocki R., Szolc T., Vibration control of the rotating machine geared drive system using linear actuators with the magneto-rheological fluid,
VIBRATIONS IN PHYSICAL SYSTEMS, 25, 279-284, 2012 | |
| |
Michajłow M., Konowrocki R., Szolc T., A semi-active control of lateral vibrations of the overhung rotor using dampers with the magneto-rheological fluid,
VIBRATIONS IN PHYSICAL SYSTEMS, 27, 274-280, 2016 | |
| |
Meissner Mirosław, The effect of evanescent modes on low-frequency sound field in rectangular rooms,
VIBRATIONS IN PHYSICAL SYSTEMS, 34, 2, 1-8, 2023 | |
| |
Meissner M., Prediction of low-frequency sound field in rooms with complex-valued boundary conditions on walls,
VIBRATIONS IN PHYSICAL SYSTEMS, 30, 1, 2019127-1-8, 2019 | |
| |
Meissner M., Application of high-density sound absorbing materials for improving low-frequency spectral flatness in room response,
VIBRATIONS IN PHYSICAL SYSTEMS, 32, 1, 2021111-1-9, 2021 | |
| |
Meissner M., Zieliński T.G., Analysis of Sound Absorption Performance of Acoustic Absorbers Made of Fibrous Materials,
VIBRATIONS IN PHYSICAL SYSTEMS, 33, 2, 1-8, 2022 | |
| |
Konowrocki R., Szolc T., An analysis of the self-excited torsional vibrations of the electromechanical drive system,
VIBRATIONS IN PHYSICAL SYSTEMS, 27, 187-194, 2016 | |
| |
Konowrocki R., Bogacz R., Numerical analysis of vibration in a brake system for high speed train,
VIBRATIONS IN PHYSICAL SYSTEMS, 25, 235-240, 2012 | |
