Kinetics of niobium carbide coating produced on AISI 1040 steel by thermo-reactive deposition technique

Sliding Wear Behavior of Niobium Carbide Coated Aisi 52100 Bearing Steel

“…The hardness of the niobium carbide layer and the matrix of AISI 52100 balls were 2095 ± 310 HV 0.025 and 358 ± 41 HV 0.025 respectively. These results are in good agreement with other works [1,7,17,18]. The roughness of the AISI 52100 steel balls were measured using a confocal microscopy technique, and the values were Sa = 1.20 µm and Sa = 2.42 µm for the hardened and niobium carbide coated balls, respectively (Figure 3).…”

Sliding Wear Behavior of Niobium Carbide Coated Aisi 52100 Bearing Steel

“…The hardness of the niobium carbide layer and the matrix of AISI 52100 balls were 2095 ± 310 HV 0.025 and 358 ± 41 HV 0.025 respectively. These results are in good agreement with other works [1,7,17,18]. The roughness of the AISI 52100 steel balls were measured using a confocal microscopy technique, and the values were Sa = 1.20 µm and Sa = 2.42 µm for the hardened and niobium carbide coated balls, respectively (Figure 3).…”

Structural characterization of plasma sprayed basalt–SiC glass–ceramic coatings

“…The contour diagram can be used for two purposes: (a) to predict the hardness of the coating with respect to the process parameters, i.e. SiC addition and treatment temperature; (b) to determine the value of process temperature and SiC addition for obtaining a predetermined coating layer hardness [17]. The hardness of bond coat and steel substrate used in this study are 215 AE 16 and 132 AE 14 HV 0.01 , respectively.…”

Wear and corrosion of niobium carbide coated AISI 52100 bearing steel

“…ACCEPTED MANUSCRIPT 15 surface morphology and preferred orientation are greatly affected by the process parameters such as temperature, time and applied substrate [17]. It is estimated that porosity content is dependent on the applied process parameters as well.…”

Sliding Wear Behavior of Niobium Carbide Coated Aisi 52100 Bearing Steel

“…The hardness of the niobium carbide layer and the matrix of AISI 52100 balls were 2095 ± 310 HV 0.025 and 358 ± 41 HV 0.025 respectively. These results are in good agreement with other works [1,7,17,18]. The roughness of the AISI 52100 steel balls were measured using a confocal microscopy technique, and the values were Sa = 1.20 µm and Sa = 2.42 µm for the hardened and niobium carbide coated balls, respectively (Figure 3).…”

Structural characterization of plasma sprayed basalt–SiC glass–ceramic coatings

“…The contour diagram can be used for two purposes: (a) to predict the hardness of the coating with respect to the process parameters, i.e. SiC addition and treatment temperature; (b) to determine the value of process temperature and SiC addition for obtaining a predetermined coating layer hardness [17]. The hardness of bond coat and steel substrate used in this study are 215 AE 16 and 132 AE 14 HV 0.01 , respectively.…”

Wear and corrosion of niobium carbide coated AISI 52100 bearing steel

“…ACCEPTED MANUSCRIPT 15 surface morphology and preferred orientation are greatly affected by the process parameters such as temperature, time and applied substrate [17]. It is estimated that porosity content is dependent on the applied process parameters as well.…”

Sliding Wear Behavior of Niobium Carbide Coated Aisi 52100 Bearing Steel

“…The hardness of the niobium carbide layer and the matrix of AISI 52100 balls were 2095 ± 310 HV 0.025 and 358 ± 41 HV 0.025 respectively. These results are in good agreement with other works [1,7,17,18]. The roughness of the AISI 52100 steel balls were measured using a confocal microscopy technique, and the values were Sa = 1.20 µm and Sa = 2.42 µm for the hardened and niobium carbide coated balls, respectively (Figure 3).…”

Structural characterization of plasma sprayed basalt–SiC glass–ceramic coatings

“…The contour diagram can be used for two purposes: (a) to predict the hardness of the coating with respect to the process parameters, i.e. SiC addition and treatment temperature; (b) to determine the value of process temperature and SiC addition for obtaining a predetermined coating layer hardness [17]. The hardness of bond coat and steel substrate used in this study are 215 AE 16 and 132 AE 14 HV 0.01 , respectively.…”

Wear and corrosion of niobium carbide coated AISI 52100 bearing steel

“…ACCEPTED MANUSCRIPT 15 surface morphology and preferred orientation are greatly affected by the process parameters such as temperature, time and applied substrate [17]. It is estimated that porosity content is dependent on the applied process parameters as well.…”