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471 to 480 of 11,821 Results

Effect of Tempering Temperature on Hardness and Impact Resistance of the 410-1Mo Martensitic Stainless Steels for Steam Turbine Blades.pdf Nov 15, 2018 - Effect of Tempering Temperature on Hardness and Impact Resistance of the 410-1Mo Martensitic Stainless Steels for Steam Turbine Blades Adobe PDF - 372.2 KB - MD5: cf1fb6da962ef2db077520e39ca25b41
Figure 4. Impact fractured surface of the 13Cr-1Mo martensitic stainless steel after tempering at (a) 400 oC (b) 500 oC (c) 600 oC (d) 700oC.JPG $Figure 4. Impact fractured surface of the 13Cr-1Mo martensitic stainless steel after tempering at (a) 400 oC (b) 500 oC (c) 600 oC (d) 700oC.JPG$ Nov 15, 2018 - Effect of Tempering Temperature on Hardness and Impact Resistance of the 410-1Mo Martensitic Stainless Steels for Steam Turbine Blades JPEG Image - 82.3 KB - MD5: 05cefc31c37b4b7e138a226c45f945b6 Data Figure 4. Impact fractured surface of the 13Cr-1Mo martensitic stainless steel after tempering at (a) 400 oC (b) 500 oC (c) 600 oC (d) 700oC
Table I. Chemical composition (wt. %) of the 410-1Mo martensitic stainless steels prepared in this work.JPG Nov 15, 2018 - Effect of Tempering Temperature on Hardness and Impact Resistance of the 410-1Mo Martensitic Stainless Steels for Steam Turbine Blades JPEG Image - 23.0 KB - MD5: a6919a5298c373f43cbb4ef68e5adc24 Data Table I. Chemical composition (wt. %) of the 410-1Mo martensitic stainless steels prepared in this work
The Hardness and Microstructure of The Modified 13Cr Steam Turbine Blade Steel in Tempered Conditions Nov 15, 2018 Prifiharni, Siska; Perdana, Hadi; Romijarso, Toni B; Adjiantoro, Bintang; Juniarsih, Andinie; Mabruri, Efendi, 2018, "The Hardness and Microstructure of The Modified 13Cr Steam Turbine Blade Steel in Tempered Conditions", https://hdl.handle.net/20.500.12690/RIN/HXVD6X, RIN Dataverse, V2 Martensitic stainless steels were usually used for turbine blade. Their properties can be improved in various ways, such as by heat treatment. This paper reports the influences of tempering temperature on hardness and microstructure of the modified 13Cr martensitic stainless stee...
Fig. 2 SEM micrograph of specimens tempered at (a) as-quenched, (b) 400C, (c) 500C, and (d) 650C..JPG Nov 15, 2018 - The Hardness and Microstructure of The Modified 13Cr Steam Turbine Blade Steel in Tempered Conditions JPEG Image - 91.5 KB - MD5: 9b691c3e0a98dc95fcd2b97955c2230d Data Fig. 2 SEM micrograph of specimens tempered at (a) as-quenched, (b) 400C, (c) 500C, and (d) 650C.
TABLE I. Chemical composition in %wt of the modified 13Cr martensitic stainless steel in this study.JPG Nov 15, 2018 - The Hardness and Microstructure of The Modified 13Cr Steam Turbine Blade Steel in Tempered Conditions JPEG Image - 23.6 KB - MD5: bf95f2b84dfc62d7a8f7bc95da268edf Data TABLE I. Chemical composition in %wt of the modified 13Cr martensitic stainless steel in this study
TABLE II. Chemical compositions of carbide in the modified 13Cr martensitic stainless steel at various tempering temperature.JPG Nov 15, 2018 - The Hardness and Microstructure of The Modified 13Cr Steam Turbine Blade Steel in Tempered Conditions JPEG Image - 24.6 KB - MD5: 9627b841cbe4e8644d695f885fc41edf Data TABLE II. Chemical compositions of carbide in the modified 13Cr martensitic stainless steel at various tempering temperature
The Hardness and Microstructure of The Modified 13Cr Steam Turbine Blade Steel in Tempered Conditions.pdf Nov 15, 2018 - The Hardness and Microstructure of The Modified 13Cr Steam Turbine Blade Steel in Tempered Conditions Adobe PDF - 305.3 KB - MD5: 404cef16da6dabdc487a52d52f8a9b7b
Struktur Mikro, Sifat Mekanik Dan Ketahanan Korosi Paduan Mg-Zn-Ca Yg Dihasilkan Melalui Proses Metalurgi Serbuk (Tw 4) Nov 15, 2018 Annur, Dhyah; L., Franciska P.; Erryani, Aprilia; Amal, M. Ikhlasul; Sitorus, Lyandra S.; Kartika, Ika, 2018, "Struktur Mikro, Sifat Mekanik Dan Ketahanan Korosi Paduan Mg-Zn-Ca Yg Dihasilkan Melalui Proses Metalurgi Serbuk (Tw 4)", https://hdl.handle.net/20.500.12690/RIN/FJP6KL, RIN Dataverse, V2 Magnesium (Mg), dengan kemampuan mampu luruh dan biokompatibilitas, merupakan salah satu logam yang kini dikembangkan sebagai material implan mampu luruh. Namun, penggunaan Mg dalam aplikasi biomedis masih terkendala kekuatan dan ketahanan korosi yang rendah. Pada penelitian kali...
Gambar 1. Foto SEM untuk paduan (a) Mg-3Zn-1Ca, (b) Mg-29Zn-1Ca, dan (c) Mg-53Zn-4Ca dengan waktu tahan 5 jam dan paduan (d) Mg-32Zn-1Ca, (e) Mg-29Zn-1Ca, dan (f) Mg-53Zn-4Ca dengan waktu tahan 10 jam.JPG Nov 15, 2018 - Struktur Mikro, Sifat Mekanik Dan Ketahanan Korosi Paduan Mg-Zn-Ca Yg Dihasilkan Melalui Proses Metalurgi Serbuk (Tw 4) JPEG Image - 66.0 KB - MD5: 5c1190e8e23a1bc2fce9b92f8c542c80 Data gambar 1. Foto SEM untuk paduan (a) Mg-3Zn-1Ca, (b) Mg-29Zn-1Ca, dan (c) Mg-53Zn-4Ca dengan waktu tahan 5 jam dan paduan (d) Mg-32Zn-1Ca, (e) Mg-29Zn-1Ca, dan (f) Mg-53Zn-4Ca dengan waktu tahan 10 jam

Effect of Tempering Temperature on Hardness and Impact Resistance of the 410-1Mo Martensitic Stainless Steels for Steam Turbine Blades.pdf

Nov 15, 2018 - Effect of Tempering Temperature on Hardness and Impact Resistance of the 410-1Mo Martensitic Stainless Steels for Steam Turbine Blades

Adobe PDF - 372.2 KB -

Figure 4. Impact fractured surface of the 13Cr-1Mo martensitic stainless steel after tempering at (a) 400 oC (b) 500 oC (c) 600 oC (d) 700oC.JPG

$Figure 4. Impact fractured surface of the 13Cr-1Mo martensitic stainless steel after tempering at (a) 400 oC (b) 500 oC (c) 600 oC (d) 700oC.JPG$

Nov 15, 2018 - Effect of Tempering Temperature on Hardness and Impact Resistance of the 410-1Mo Martensitic Stainless Steels for Steam Turbine Blades

JPEG Image - 82.3 KB -

Data

Figure 4. Impact fractured surface of the 13Cr-1Mo martensitic stainless steel after tempering at (a) 400 oC (b) 500 oC (c) 600 oC (d) 700oC

Table I. Chemical composition (wt. %) of the 410-1Mo martensitic stainless steels prepared in this work.JPG

Nov 15, 2018 - Effect of Tempering Temperature on Hardness and Impact Resistance of the 410-1Mo Martensitic Stainless Steels for Steam Turbine Blades

JPEG Image - 23.0 KB -

Data

Table I. Chemical composition (wt. %) of the 410-1Mo martensitic stainless steels prepared in this work

The Hardness and Microstructure of The Modified 13Cr Steam Turbine Blade Steel in Tempered Conditions

Nov 15, 2018

Prifiharni, Siska; Perdana, Hadi; Romijarso, Toni B; Adjiantoro, Bintang; Juniarsih, Andinie; Mabruri, Efendi, 2018, "The Hardness and Microstructure of The Modified 13Cr Steam Turbine Blade Steel in Tempered Conditions", https://hdl.handle.net/20.500.12690/RIN/HXVD6X, RIN Dataverse, V2

Martensitic stainless steels were usually used for turbine blade. Their properties can be improved in various ways, such as by heat treatment. This paper reports the influences of tempering temperature on hardness and microstructure of the modified 13Cr martensitic stainless stee...

Fig. 2 SEM micrograph of specimens tempered at (a) as-quenched, (b) 400C, (c) 500C, and (d) 650C..JPG

Nov 15, 2018 - The Hardness and Microstructure of The Modified 13Cr Steam Turbine Blade Steel in Tempered Conditions

JPEG Image - 91.5 KB -

Data

Fig. 2 SEM micrograph of specimens tempered at (a) as-quenched, (b) 400C, (c) 500C, and (d) 650C.

TABLE I. Chemical composition in %wt of the modified 13Cr martensitic stainless steel in this study.JPG

Nov 15, 2018 - The Hardness and Microstructure of The Modified 13Cr Steam Turbine Blade Steel in Tempered Conditions

JPEG Image - 23.6 KB -

Data

TABLE I. Chemical composition in %wt of the modified 13Cr martensitic stainless steel in this study

TABLE II. Chemical compositions of carbide in the modified 13Cr martensitic stainless steel at various tempering temperature.JPG

Nov 15, 2018 - The Hardness and Microstructure of The Modified 13Cr Steam Turbine Blade Steel in Tempered Conditions

JPEG Image - 24.6 KB -

Data

TABLE II. Chemical compositions of carbide in the modified 13Cr martensitic stainless steel at various tempering temperature

The Hardness and Microstructure of The Modified 13Cr Steam Turbine Blade Steel in Tempered Conditions.pdf

Nov 15, 2018 - The Hardness and Microstructure of The Modified 13Cr Steam Turbine Blade Steel in Tempered Conditions

Adobe PDF - 305.3 KB -

Struktur Mikro, Sifat Mekanik Dan Ketahanan Korosi Paduan Mg-Zn-Ca Yg Dihasilkan Melalui Proses Metalurgi Serbuk (Tw 4)

Nov 15, 2018

Annur, Dhyah; L., Franciska P.; Erryani, Aprilia; Amal, M. Ikhlasul; Sitorus, Lyandra S.; Kartika, Ika, 2018, "Struktur Mikro, Sifat Mekanik Dan Ketahanan Korosi Paduan Mg-Zn-Ca Yg Dihasilkan Melalui Proses Metalurgi Serbuk (Tw 4)", https://hdl.handle.net/20.500.12690/RIN/FJP6KL, RIN Dataverse, V2

Magnesium (Mg), dengan kemampuan mampu luruh dan biokompatibilitas, merupakan salah satu logam yang kini dikembangkan sebagai material implan mampu luruh. Namun, penggunaan Mg dalam aplikasi biomedis masih terkendala kekuatan dan ketahanan korosi yang rendah. Pada penelitian kali...

Gambar 1. Foto SEM untuk paduan (a) Mg-3Zn-1Ca, (b) Mg-29Zn-1Ca, dan (c) Mg-53Zn-4Ca dengan waktu tahan 5 jam dan paduan (d) Mg-32Zn-1Ca, (e) Mg-29Zn-1Ca, dan (f) Mg-53Zn-4Ca dengan waktu tahan 10 jam.JPG

Nov 15, 2018 - Struktur Mikro, Sifat Mekanik Dan Ketahanan Korosi Paduan Mg-Zn-Ca Yg Dihasilkan Melalui Proses Metalurgi Serbuk (Tw 4)

JPEG Image - 66.0 KB -

Data

gambar 1. Foto SEM untuk paduan (a) Mg-3Zn-1Ca, (b) Mg-29Zn-1Ca, dan (c) Mg-53Zn-4Ca dengan waktu tahan 5 jam dan paduan (d) Mg-32Zn-1Ca, (e) Mg-29Zn-1Ca, dan (f) Mg-53Zn-4Ca dengan waktu tahan 10 jam

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