Prototype Design of an Energy-efficient Guyed Tubular. Steel Tower Concept for Wind Turbines targeting 50% savings in Steel and associated CO2 Emissons

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Faber PD-IT, Rudolf R. Prototype Design Of An Energy-Efficient Guyed Tubular. Steel Tower Concept For Wind Turbines Targeting 50% Savings In Steel And Associated Co2 Emissons.; 2015.
Faber, P. D. -I. T., & Rudolf, R. (2015). Prototype Design of an Energy-efficient Guyed Tubular. Steel Tower Concept for Wind Turbines targeting 50% savings in Steel and associated CO2 Emissons.
Faber, Prof. Dr.-Ing. Torsten, und R. Rudolf. 2015. „Prototype Design Of An Energy-Efficient Guyed Tubular. Steel Tower Concept For Wind Turbines Targeting 50% Savings In Steel And Associated Co2 Emissons“.
Faber, Prof. Dr.-Ing. Torsten, und R. Rudolf. Prototype Design Of An Energy-Efficient Guyed Tubular. Steel Tower Concept For Wind Turbines Targeting 50% Savings In Steel And Associated Co2 Emissons. N.p., 2015. Print.
Faber, P. D. -I. T., und R. Rudolf. Prototype Design Of An Energy-Efficient Guyed Tubular. Steel Tower Concept For Wind Turbines Targeting 50% Savings In Steel And Associated Co2 Emissons. 2015.

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