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Ostatnie
- Życzenia Wielkanocne od Kierownika Katedry
- Compression performance of aramid fibric unit cell reinforced DCPD: numerical approach considereation
- Experimental and numerical analysis of a car body shield loaded with a ballistic impact
- Numerical modelling of aramid/DCPD/AL2O3 reinforced composite impacted by a non-deformable bullet
- Życzenia świąteczne od Kierownika Katedry
- Analytical and numerical analysis of soft tissue penetration on the example of a pistol ammunition shot
- Badanie adhezji połączenia czujnik-polimer, w celu wyznaczenia siły zrywającej prostopadłej do powierzchni
- 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
- Experimental and numerical analysis of the system of an additional car body shield loaded with a ballistic impact
- Experimental and numerical study on failure mechanisms of the 7.62x25 mm FMJ projectile and hyperelastic target material during ballistic impact
- Friction films analysis and tribological properties of composite antifriction self-lubricating material based on nickel alloy
- Investigation on air blast resistance of ARMOX 500T Steel plates of varying thicknesses: numerical approach
- 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
- Próba zginania trójpunktowego zgodnie z normą PN-EN dla 15 grup materiałowych tworzyw sztucznych przeznaczonych do druku 3D
- Rozciąganie próbek zgodnie z normą PN-EN dla 5 próbek na badany polimer
- Sandwich composites subjected to impact loads by pistol ammunition - ballistic tests and numerical simulations
- 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
- Comparison of numerical simulation techniques of ballistic ceramics under projectile impact conditions
- Experimental study on failure mechanisms of novel visco-hyperelastic material target under ballistic impact conditions
- Finite element modeling of ballistic inserts containing aramid fabrics under projectile impact conditions - comparison of methods
- Investigation and analysis of head protection parameters using wz. 2005 combat helmet model
- Modal analysis of vibration of a machine gun barrel
- Analysis of selected dynamic properties of the composite hydraulic microhose
- Ballistic impact resistance of bulletproof vest inserts containing printed titanium structures
- Experimental and numerical study of ballistic resistance of composites based on sandwich metallic foams
- Flexural vibrations of a multi-material microhydraulic hose subjected to external excitation. Experimental research and theoretical description
- 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
- 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
- Comparison of numerical modelling methods of innovative materials for ballistic shields
- Friction mechanism features of the nickel‐based composite antifriction materials at high temperatures
- Numerical and experimental studies of the ŁK type shaped charge
- Numerical study of dynamic properties of a selected material layer of bulletproof shields
- Vibration analysis of high pressure composite carbon fiber vessels subjected to mechanical impact
- Rozwiązanie zagadnień związanych z dynamiką konstrukcji układów mechanicznych. Eksperymentalna analiza modalna
- Patent. Polska, nr 223698. Sposób wyznaczania właściwości dyssypatywnych materiałów Int. Cl. G01L 1/00, G01L 5/00, G01N 3/00
- Analiza procesu identyfikacji podatnych elementów układów mechanicznych poddanych złożonym wzbudzeniom dynamicznym z zastosowaniem modeli nieliniowych