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1.

SiemensAG, “Breakthrough with 3D printed Gas Turbine Blades,” Siemens, 6 February .

Online Available httpswwwsiemenscominnovationenhomepicturesofthefutureindustryandautomationadditivemanufacturing3dprintedgasturbinebladeshtml Accessed 6 March (2017)
2.

V. Navrotsky, “3D printing at Siemens Power Service,” Siemens, .

(2014)
3.

V. Graichen and H.

Brodin Industrialisation of 3D printing additive manufacturing for gas turbine components repair and manufacturing pp 52 December , Volume 49 (2015)
A Navarotsky , VGB
4.

additivemanufacturingtoday, “additivemanufacturingtoday.com,” . [Online]. Available: https://additivemanufacturingtoday.com/siemens-acquires-materials-solutions-ltd. [Accessed 6 March ].

(2017)
5.

G. R. a. D. Services, “Gas Turbine Markets in the World to -Market Size, Trends, and Forecasts,” .

(2014)
6.

Siemens, “The Industrial Trent 60 Gas Turbine,” Erlangen, .

(2014)
AG Siemens
7.

Siemens, “Gas Turbine Industrial Trent ” Siemens, . [Online]. Available: http://www.energy.siemens.com/hq/en/fossil-power-generation/gas-turbines/industrial-trent-60.htm#content=Technical%20Data. [Accessed 4 March ].

Volume 60 (2017)
8.

R. R. Group, 13 February .

(2017)
Plc Janes
9.

H. Nolen and K.

Goom Trent 60 Design and Validation for Mechanical Drive Service in Industrial Application of Gas Turbines Committee Alberta (2005)
S Ko
10.

SiemensAG, “Siemens.com,” January . [Online]. Available: http://www.energy.siemens.com/hq/pool/hq/power-generation/gas-turbines/RB211/industrial-rb211.pdf. [Accessed 4 March ].

(2017)