Thermoplastic based composites containing different weight fractions of molybdenum disulfide (MoS2) solid lubricant were developed by injection molding. Polymethyl methacrylate (PMMA) and polycarbonate (PC) were chosen for the thermoplastic matrices. In order to characterize the interfacial adhesion between the matrices and the filler, we observed the fracture morphologies of selected composites. Micrographs of the fractured surfaces showed removal of MoS2 particles by microcraking as well as the presence of voids in the case of PMMA/MoS2 composites. These observations were confirmed by complementary images obtained using the X-ray tomography. The addition of an...
The article considers the effect of a filler based on synthetic wollastonite (CaSiO3), which is intr...
Aluminium ceramic composites with improved mechanical and chemical properties are essential and need...
Polystyrene (PS)/MoS2@oleylamine composites were prepared by solvent blending method. Thermal, mecha...
International audienceThermoplastic based composites containing different weight fractions of molybd...
International audienceThe present study undertakes the assessment of the effect of the incorporation...
Through this work, we focused on the tribological and mechanical properties of thermoplastic composi...
Dans ce travail, nous avons examiné de près les propriétés tribologiques et mécaniques de composites...
Through this work, the effect of the addition of commercial molybdenum disulphide on the tribologica...
The increasing worldwide demand for more eco-friendly materials with improved tribo- logical propert...
Polyamides (PAs) form a major class of tribo-polymers used in various types of friction and wear sit...
International audienceMicrostructure, friction and wear analysis of PMMA based composites with solid...
Glass fiber reinforced polymer composites find widespread applications these days in hostile environ...
AbstractIn the present work, hybrid composites are fabricated with self-lubricating characteristics ...
The knowledge of the coating properties in terms of scratch and wear resistance is extremely importa...
In this study, epoxy resin (EP) composites were prepared by using molybdenum disulfide (MoS2) and he...
The article considers the effect of a filler based on synthetic wollastonite (CaSiO3), which is intr...
Aluminium ceramic composites with improved mechanical and chemical properties are essential and need...
Polystyrene (PS)/MoS2@oleylamine composites were prepared by solvent blending method. Thermal, mecha...
International audienceThermoplastic based composites containing different weight fractions of molybd...
International audienceThe present study undertakes the assessment of the effect of the incorporation...
Through this work, we focused on the tribological and mechanical properties of thermoplastic composi...
Dans ce travail, nous avons examiné de près les propriétés tribologiques et mécaniques de composites...
Through this work, the effect of the addition of commercial molybdenum disulphide on the tribologica...
The increasing worldwide demand for more eco-friendly materials with improved tribo- logical propert...
Polyamides (PAs) form a major class of tribo-polymers used in various types of friction and wear sit...
International audienceMicrostructure, friction and wear analysis of PMMA based composites with solid...
Glass fiber reinforced polymer composites find widespread applications these days in hostile environ...
AbstractIn the present work, hybrid composites are fabricated with self-lubricating characteristics ...
The knowledge of the coating properties in terms of scratch and wear resistance is extremely importa...
In this study, epoxy resin (EP) composites were prepared by using molybdenum disulfide (MoS2) and he...
The article considers the effect of a filler based on synthetic wollastonite (CaSiO3), which is intr...
Aluminium ceramic composites with improved mechanical and chemical properties are essential and need...
Polystyrene (PS)/MoS2@oleylamine composites were prepared by solvent blending method. Thermal, mecha...