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Año de publicación: 2025

141 a 150 de 5.259 Resultados

DSC_Data.opj 6 nov 2025 - Mechanically Recycled PLA - MLO formulations Desconocido - 1,8 MB - MD5: 529a9cb84c9a65b078ab3df8cb81b53d
FTIR_UPM.opj 6 nov 2025 - Mechanically Recycled PLA - MLO formulations Desconocido - 6,2 MB - MD5: c6be70fed9ccd2f1de79275e7fd76e04
MFR and Thickness.xlsx 6 nov 2025 - Mechanically Recycled PLA - MLO formulations Hoja de cálculo MS Excel - 10,4 KB - MD5: 4c7863471fc9d032c6b3e75957088e93
Roughness.xlsx 6 nov 2025 - Mechanically Recycled PLA - MLO formulations Hoja de cálculo MS Excel - 9,6 KB - MD5: 4fea43268ce0513d6412b267c43f8409
TGA_Data.opj 6 nov 2025 - Mechanically Recycled PLA - MLO formulations Desconocido - 2,0 MB - MD5: 59f82f5ba5f459e34317d7ce14c561d1
UV-Vis.opj 6 nov 2025 - Mechanically Recycled PLA - MLO formulations Desconocido - 1006,0 KB - MD5: 4019f7b8dd6f84b59ce61db1498f661d
Viscosity.opj 6 nov 2025 - Mechanically Recycled PLA - MLO formulations Desconocido - 43,7 KB - MD5: 423de102df3bcb877a0cf35556071757
Wear behavior of additively manufactured 316L/SiCp composites with up to 60 wt% SiCp 5 nov 2025 - Universidad Rey Juan Carlos SANCHEZ DE ROJAS CANDELA, CARMEN; Riquelme Aguado, Ainhoa; Rodrigo Herrero, Pilar; Torres, B.; Rams, Joaquin, 2025, "Wear behavior of additively manufactured 316L/SiCp composites with up to 60 wt% SiCp", https://doi.org/10.21950/ERV4V7, e-cienciaDatos, V1 We studied the wear behavior of DED additively manufatured 316L/SiC composites reinforced with 20-80 wt.% of SiC ceramic particles and compared with 316L stainless Steel. The microstructure and microhardness of the samples were studied, and the friction coefficient, pin and disc...
Pub.6.data.xls.tab 5 nov 2025 - Wear behavior of additively manufactured 316L/SiCp composites with up to 60 wt% SiCp Datos tabulares - 3,7 KB
Pub.6.Figures.pptx.pptx 5 nov 2025 - Wear behavior of additively manufactured 316L/SiCp composites with up to 60 wt% SiCp MS Powerpoint - 31,4 MB - MD5: 06a0964e4ca21d3e7975796935b5a16f

DSC_Data.opj

6 nov 2025 - Mechanically Recycled PLA - MLO formulations

Desconocido - 1,8 MB -

FTIR_UPM.opj

6 nov 2025 - Mechanically Recycled PLA - MLO formulations

Desconocido - 6,2 MB -

MFR and Thickness.xlsx

6 nov 2025 - Mechanically Recycled PLA - MLO formulations

Hoja de cálculo MS Excel - 10,4 KB -

Roughness.xlsx

6 nov 2025 - Mechanically Recycled PLA - MLO formulations

Hoja de cálculo MS Excel - 9,6 KB -

TGA_Data.opj

6 nov 2025 - Mechanically Recycled PLA - MLO formulations

Desconocido - 2,0 MB -

UV-Vis.opj

6 nov 2025 - Mechanically Recycled PLA - MLO formulations

Desconocido - 1006,0 KB -

Viscosity.opj

6 nov 2025 - Mechanically Recycled PLA - MLO formulations

Desconocido - 43,7 KB -

Wear behavior of additively manufactured 316L/SiCp composites with up to 60 wt% SiCp

5 nov 2025 - Universidad Rey Juan Carlos

SANCHEZ DE ROJAS CANDELA, CARMEN; Riquelme Aguado, Ainhoa; Rodrigo Herrero, Pilar; Torres, B.; Rams, Joaquin, 2025, "Wear behavior of additively manufactured 316L/SiCp composites with up to 60 wt% SiCp", https://doi.org/10.21950/ERV4V7, e-cienciaDatos, V1

We studied the wear behavior of DED additively manufatured 316L/SiC composites reinforced with 20-80 wt.% of SiC ceramic particles and compared with 316L stainless Steel. The microstructure and microhardness of the samples were studied, and the friction coefficient, pin and disc...

Pub.6.data.xls.tab

5 nov 2025 - Wear behavior of additively manufactured 316L/SiCp composites with up to 60 wt% SiCp

Datos tabulares - 3,7 KB

Pub.6.Figures.pptx.pptx

5 nov 2025 - Wear behavior of additively manufactured 316L/SiCp composites with up to 60 wt% SiCp

MS Powerpoint - 31,4 MB -

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