Archiwa
Aktualności
Oferta
Seminaria
Plan Seminariów
O nas
Zespoły
Zakład Inżynierii Biomedycznej
Zespół Badawczy Dynamiki i Modelowania
Laboratrium Wielofunkcyjnych Materiałów Amorficznych i Krystalicznych
Laboratorium Kompozytów Polimerowych i Konstrukcji Lekkich
Zespół Badawczy Materiałów Zol-Żel
Zespół Badawczy Wytrzymałości, Zmęczenia Materiałów i Konstrukcji
Zespół Badawczy Materiałów SMART
Konferencje
Kontakt
Light
Dark
Automatic
Polski
Polski
English
Adam Kurzawa
Ostatnie
Compression performance of aramid fibric unit cell reinforced DCPD: numerical approach considereation
Energy absorption behavior of aramid/DCPD backing to determining the blunt trauma criterion of a human head in a ballistic helmet
Experimental and numerical analysis of a car body shield loaded with a ballistic impact
Experimental and numerical analysis of piercing with shaped charge of armor steel
General ballistic protection and requirements for personal protection of a soldier/civilian in a zone of military operations following the standardized procedures
Investigations into the material characteristics of selected plastics manufactured using SLA-type additive methods
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
Numerical modelling of aramid/DCPD/AL2O3 reinforced composite impacted by a non-deformable bullet
Research on basic properties of polymers for fused deposition modelling technology
Validation of numerical models describing the stress-strain characteristics in the strength tests of composite materials on a metal matrix using the elastooptic method
Ballistic and fracture performance of solid DCPD with varying thicknesses subjected to an impact load
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
Rheological-numerical model of dental materials in terms of tribological wear
Tribosynthesis of friction films and their influence on the functional properties of copper-based antifriction composites for printing machines
Analysis of aramid fabric damage mechanisms as a result of different load speeds
Analysis of pulse load of a steel roller in the numerical simulation method
Modal analysis of vibration of a machine gun barrel
Structure formation in antifriction composite with a nickel matrix and its effects on properties
Validation of numerical models describing the stress-strain characteristics in the strength tests of composite materials on a metal matrix using the elasto-optic method
Analysis of ballistic resistance of composites with EN AW-7075 matrix reinforced with Al2O3 particles
Assessment of the impact resistance of a composite material with EN AW-7075 matrix reinforced with α-Al2O3 particles using a 7.62 × 39 mm projectile
Friction mechanism features of the nickel‐based composite antifriction materials at high temperatures
Numerical and experimental studies of the ŁK type shaped charge
Cytowanie
×