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DOE funds 3D printing of wind blade tooling to make U S clean energy sector more competitive

The DOE-funded Purdue program, “Additive Manufacturing of Modular Tools with Integrated Heating for Large-Scale Wind Blade Manufacturing,” is led by Eduardo Barocio, director of the Composites Additive Manufacturing and Simulation (CAMS) Industrial Consortium.

United statesEduardo barocioR byron pipesUs department of energyComposites manufacturing simulation center at purdueScale additive manufacturing research labSimulation industrial consortiumOak ridge national laboratoryAdditive manufacturing laboratoryComposites incThermwood incIndiana manufacturing institute in purdue research parkPurdue universityIndustrial consortiumComposites manufacturing simulation centerDassault syst

DOE Funds 3D Printing of Wind Blade Tooling

The program will develop and demonstrate seven specific innovations.

United statesR byron pipesEduardo barocioOak ridge national laboratoryUs department of energyThermwood incComposites incSimulation industrial consortiumComposites manufacturing simulation center at purdueComposites manufacturing simulation centerScale additive manufacturing research labIndiana manufacturing institute in purdue research parkIndustrial consortiumPurdue universityDassault systDimensional innovations

DOE Funds 3D Printing of Wind Blade Tooling

The program will develop and demonstrate seven specific innovations.

United statesEduardo barocioR byron pipesComposites incOak ridge national laboratoryPurdue universitySimulation industrial consortiumComposites manufacturing simulation center at purdueComposites manufacturing simulation centerIndiana manufacturing institute in purdue research parkThermwood incScale additive manufacturing research labUs department of energyIndustrial consortiumDassault systDimensional innovations

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