Dynamics and Modelling Division
Dynamics and Modelling Division
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Maciej Roszak
mgr. inż.
☎️ +48 71 320 xxxx
🏙️ 50-372 Wrocław, ul. Mariana Smoluchowskiego 25 (budynek B1)
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Latest
Analysis of the process of determining dissipative forces in the dissipation of impact energy at high speeds
Experimental and numerical research on additional vehicles protection against explosives
Hybrid FEM/SPH modeling and CT analysis of dynamic damage in structural steel under impact loading
Optymalizacja materiałowa i konstrukcyjna okładzin zacisków lin w kontekście minimalizacji zużycia pod wpływem obciążeń
Analiza i opracowanie założeń technologicznych produkcji ścieżek rowerowych
Compression performance of aramid fibric unit cell reinforced DCPD: numerical approach considereation
FE comparison of ballistic performance of an inverted V-Shaped ballistic shield with a monolithic type impacted by 7.62x54R mm B32 (API) bullet
Investigations into the material characteristics of selected plastics manufactured using SLA-type additive methods
Mechanical and material analysis of 3D-printed temporary materials for implant reconstructions - a pilot study
Multi-layer polyethylene film in ballistic protection against rifle ammunition – numerical approach
Numerical analysis of equine metacarpal fracture stabilization, prediction of the horse bone union possibility
Numerical analysis of stabilization of a horse’s third metacarpal bone fracture for prediction of the possibility of bone union
Numerical analysis of tibia bone injury caused by traffic accident
Numerical modelling of aramid/DCPD/AL2O3 reinforced composite impacted by a non-deformable bullet
Wymagania i koncepcja budowli z przeznaczeniem do cywilnej ochrony w wyniku użycia środków napadu powietrznego
Analytical and numerical analysis of soft tissue penetration on the example of a pistol ammunition shot
Comparison of failure criteria in non-Newtonian shear-thickening fluid in multi-layer ballistic composites – ballistic studies and numerical analysis
Friction films analysis and tribological properties of composite antifriction self-lubricating material based on nickel alloy
Multi-Layer fabric composites combined with non-newtonian shear thickening in ballistic protection—hybrid numerical methods and ballistic tests
Non-newtonian shear-thickening fluid in multi-layer ballistic composites – ballistic studies and simulations
Sandwich composites subjected to impact loads by pistol ammunition - ballistic tests and numerical simulations
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