Universidad Rey Juan Carlos

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201 a 210 de 1.207 Resultados

Synergization_of_LPBF_shell-infill_lattice_structures_experimental_and_modelling[1].txt 27 oct 2025 - Synergization of LPBF shell‑infll lattice structures: experimental and modelling Texto plano - 4,6 KB - MD5: c88fe294126c829772dd005a0cebd07f
Synergization_of_LPBF_shell-infill_lattice_structures_experimental_and_modelling[1].xlsx 27 oct 2025 - Synergization of LPBF shell‑infll lattice structures: experimental and modelling Hoja de cálculo MS Excel - 2,6 MB - MD5: a28aebbeb56f1b68c110f097f80db51e
Synergization_of_LPBF_shell-infill_lattice_structures_experimental_and_modellingTable[1].docx 27 oct 2025 - Synergization of LPBF shell‑infll lattice structures: experimental and modelling MS Word - 23,9 KB - MD5: f4052cb6127d7df9a1efc5de7cac9197
Effects of building direction, process parameters and border scanning on the mechanical properties of Laser Powder Bed Fusion AlSi10Mg 27 oct 2025 Garcia Zapata, Juan Manuel; Torres, B.; Rams, Joaquin, 2025, "Effects of building direction, process parameters and border scanning on the mechanical properties of Laser Powder Bed Fusion AlSi10Mg", https://doi.org/10.21950/UENMQX, e-cienciaDatos, V1 In this study we present the analysis of the effect of building direction, process parameters and border scanning on the mechanical properties of LPBF manufactured AlSi10Mg alloy through hardness, tensile, shear and fracture testing.
Effects_of_building_direction,_process_parameters_and_border_scanning_on_the_mechanical[1].tab 27 oct 2025 - Effects of building direction, process parameters and border scanning on the mechanical properties of Laser Powder Bed Fusion AlSi10Mg Datos tabulares - 151,1 KB
Effects_of_building_direction,_process_parameters_and_border_scanning_on_the_mechanical[1].txt 27 oct 2025 - Effects of building direction, process parameters and border scanning on the mechanical properties of Laser Powder Bed Fusion AlSi10Mg Texto plano - 3,8 KB - MD5: 7d93fb53c04d87c36925289fd3736730
Effects_of_Building_Direction,_Process_Parameters_and_Border_Scanning_on_the_Mechanical_Properties_of_Laser_Powder_Bed_Fusion_AlSi10Mg[1].pptx 27 oct 2025 - Effects of building direction, process parameters and border scanning on the mechanical properties of Laser Powder Bed Fusion AlSi10Mg MS Powerpoint - 16,7 MB - MD5: 9d5efc295cb98ebe5a882f53ddfc1164
Effects_of_building_direction,_process_parameters_and_border_scanning_on_the_mechanical_tables[1].docx 27 oct 2025 - Effects of building direction, process parameters and border scanning on the mechanical properties of Laser Powder Bed Fusion AlSi10Mg MS Word - 22,5 KB - MD5: cb148b232b8925a4e7fcaacc25b9f726
Efficient Self-Condensation of Cyclohexanone into Biojet Fuel Precursors over Sulfonic Acid-Modified Silicas: Insights on the Effect of Pore Size and Structure - Dataset 24 oct 2025 Martin Rengel, Antonio; Arribas Yuste, Esther; Paniagua, Marta; Morales, Gabriel; Melero, Juan Antonio, 2025, "Efficient Self-Condensation of Cyclohexanone into Biojet Fuel Precursors over Sulfonic Acid-Modified Silicas: Insights on the Effect of Pore Size and Structure - Dataset", https://doi.org/10.21950/GLQPDH, e-cienciaDatos, V1 Mesoporous silica materials with different pore structures and sizes have been used for supporting aryl sulfonic acid catalytic sites via a postsynthetic grafting approach. The synthesized materials have been evaluated in the solventless acid-catalyzed self-condensation of cycloh...
Dataset_ACS Sustainable Chem. Eng. 2024, 12, 10175.xlsx 24 oct 2025 - Efficient Self-Condensation of Cyclohexanone into Biojet Fuel Precursors over Sulfonic Acid-Modified Silicas: Insights on the Effect of Pore Size and Structure - Dataset Hoja de cálculo MS Excel - 185,9 KB - MD5: 86b882edebefc8563579873c47fb49de

Synergization_of_LPBF_shell-infill_lattice_structures_experimental_and_modelling[1].txt

27 oct 2025 - Synergization of LPBF shell‑infll lattice structures: experimental and modelling

Texto plano - 4,6 KB -

Synergization_of_LPBF_shell-infill_lattice_structures_experimental_and_modelling[1].xlsx

27 oct 2025 - Synergization of LPBF shell‑infll lattice structures: experimental and modelling

Hoja de cálculo MS Excel - 2,6 MB -

Synergization_of_LPBF_shell-infill_lattice_structures_experimental_and_modellingTable[1].docx

27 oct 2025 - Synergization of LPBF shell‑infll lattice structures: experimental and modelling

MS Word - 23,9 KB -

Effects of building direction, process parameters and border scanning on the mechanical properties of Laser Powder Bed Fusion AlSi10Mg

27 oct 2025

Garcia Zapata, Juan Manuel; Torres, B.; Rams, Joaquin, 2025, "Effects of building direction, process parameters and border scanning on the mechanical properties of Laser Powder Bed Fusion AlSi10Mg", https://doi.org/10.21950/UENMQX, e-cienciaDatos, V1

In this study we present the analysis of the effect of building direction, process parameters and border scanning on the mechanical properties of LPBF manufactured AlSi10Mg alloy through hardness, tensile, shear and fracture testing.

Effects_of_building_direction,_process_parameters_and_border_scanning_on_the_mechanical[1].tab

27 oct 2025 - Effects of building direction, process parameters and border scanning on the mechanical properties of Laser Powder Bed Fusion AlSi10Mg

Datos tabulares - 151,1 KB

Effects_of_building_direction,_process_parameters_and_border_scanning_on_the_mechanical[1].txt

27 oct 2025 - Effects of building direction, process parameters and border scanning on the mechanical properties of Laser Powder Bed Fusion AlSi10Mg

Texto plano - 3,8 KB -

Effects_of_Building_Direction,_Process_Parameters_and_Border_Scanning_on_the_Mechanical_Properties_of_Laser_Powder_Bed_Fusion_AlSi10Mg[1].pptx

27 oct 2025 - Effects of building direction, process parameters and border scanning on the mechanical properties of Laser Powder Bed Fusion AlSi10Mg

MS Powerpoint - 16,7 MB -

Effects_of_building_direction,_process_parameters_and_border_scanning_on_the_mechanical_tables[1].docx

27 oct 2025 - Effects of building direction, process parameters and border scanning on the mechanical properties of Laser Powder Bed Fusion AlSi10Mg

MS Word - 22,5 KB -

Efficient Self-Condensation of Cyclohexanone into Biojet Fuel Precursors over Sulfonic Acid-Modified Silicas: Insights on the Effect of Pore Size and Structure - Dataset

24 oct 2025

Martin Rengel, Antonio; Arribas Yuste, Esther; Paniagua, Marta; Morales, Gabriel; Melero, Juan Antonio, 2025, "Efficient Self-Condensation of Cyclohexanone into Biojet Fuel Precursors over Sulfonic Acid-Modified Silicas: Insights on the Effect of Pore Size and Structure - Dataset", https://doi.org/10.21950/GLQPDH, e-cienciaDatos, V1

Mesoporous silica materials with different pore structures and sizes have been used for supporting aryl sulfonic acid catalytic sites via a postsynthetic grafting approach. The synthesized materials have been evaluated in the solventless acid-catalyzed self-condensation of cycloh...

Dataset_ACS Sustainable Chem. Eng. 2024, 12, 10175.xlsx

24 oct 2025 - Efficient Self-Condensation of Cyclohexanone into Biojet Fuel Precursors over Sulfonic Acid-Modified Silicas: Insights on the Effect of Pore Size and Structure - Dataset

Hoja de cálculo MS Excel - 185,9 KB -

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