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Online since: March 2022
Authors: Yanuar Nugraha, Muhammad R. Ryan, Muhammad Rafli Supriadi, Reyza Halim, Felisca Melin Dianes, Alfirano Alfirano
Table 1 Chemical Composition of AISI H13 Steel [wt%]
Material
C
Si
Mn
P
S
Cr
Ni
Mo
Cu
Al
AISI H13
0,375
0,983
0,369
0,009
0,002
5,06
0,148
1,253
0,135
0,022
Experimental
AISI H13 steel was chosen as a substrate because of its resistance to high temperatures so that appropriate for die casting applications.
[11] El-Hossary F M, Negm N Z, Khalil S M and Raaif M., Appl.
[11] El-Hossary F M, Negm N Z, Khalil S M and Raaif M., Appl.
Online since: February 2012
Authors: Vasco Teixeira, L. Diéguez, J. Samitier, P. Carvalho, J.O. Carneiro, E. Martínez, Sofia Azevedo
Reproducible ITO films can be produced by reactive evaporation (Yamaguchi, et al. 447 (2004) 115), reactive DC or RF sputtering [13], sol-gel process [14] and chemical vapor deposition (CVD) [15].
El-Hossary, G.A.
El-Hossary, G.A.
Online since: September 2014
Authors: Nikolay Vatin, Vera Murgul, Ekaterina Aronova
., [kW]
Capital, [$]
Operating cost, [$/year]
Total, [$]
COE, [$/kWh]
El los, [%]
Generator
Power ratio of PV&GEN, [%]
Oil, [ltr]
Time [h]
Parameters of autonomous power supply system elements for PV modules tilted angle 27°
1,5
1
8
2
11900
944
23966
1.027
7.65
168
528
79
21
3.5
-
16
2
20800
931
32704
1.402
51.4
-
-
100
0
Parameters of autonomous power supply system elements for PV modules tilted angle 42°
1.5
1
8
2
11900
943
23950
1.027
6.83
163
522
79
20
3.5
-
16
2
20800
931
32704
1.402
51.4
-
-
100
0
Parameters of autonomous power supply system elements for PV modules tilted angle 57°
1.5
1
8
2
11900
963
24208
1.038
4.12
173
542
78
22
3.5
-
16
2
20800
931
32704
1.402
48.9
-
-
100
0
Parameters of autonomous power supply system elements based on fuel-powered generators
-
1
8
2
5900
2275
24986
1.5
0
829
2513
The analysis of calculated results, shown in the table 3 allows for the following conclusions:
1.
Vols. 584-586 (2014), pp. 564-569 [11] Information on http://homerenergy.com [12] Kaldellis, J., Zafirakis, D., Kavadias, K., Kondili, E. (2012): Optimum PV-diesel hybrid systems for remote consumers of the Greek territory, Applied Energy, № 97, pp. 61–67 [13] Lau ,K.Y., et. al. (2010): Performance analysis of hybrid photovoltaic/diesel energy system under Malaysian conditions, Energy, № 35, pp. 3245–3255 [14] V.
Vols. 584-586 (2014), pp. 564-569 [11] Information on http://homerenergy.com [12] Kaldellis, J., Zafirakis, D., Kavadias, K., Kondili, E. (2012): Optimum PV-diesel hybrid systems for remote consumers of the Greek territory, Applied Energy, № 97, pp. 61–67 [13] Lau ,K.Y., et. al. (2010): Performance analysis of hybrid photovoltaic/diesel energy system under Malaysian conditions, Energy, № 35, pp. 3245–3255 [14] V.
Online since: December 2014
Authors: Jian Xin Liu, Pei Li
Table 1 Earthquake Wave Records
EQ
Name
Component
Time
Magni- tude
PGA(gal)
Duration (s)
Site Type
1
Loma Prieta
EW
1989
6.9
359.6
23.6
I
2
Taft
S69E
1952
7.4
175.9
54.38
II, III
3
El Centro
SN
1940
7.1
311.6
31.16
II, III
4
Chi-Chi(TCU115)
EW
1999
7.6
93.7
89.99
IV
The dynamic response of the BCR-RCF structure changes as shown in figure 4, from which we can see that the dynamic response of the structure is maximum under the Chi-Chi(TCU115) wave action , while the dynamic response of the structure is minimum under the Loma Prieta wave action .
[4] Nielsen G M, Almufti I, Mahin S A, et al.
[4] Nielsen G M, Almufti I, Mahin S A, et al.