Hybrid manufacturing of hard-to-weld Bimetal Superalloys (HyBiS)

Purpose and goal:

The project aims to develop knowledge and technologies for hybrid manufacturing by integrating casting, additive manufacturing, and HIP to produce bimetal components of MAR-M-247 and Haynes 282 for a liner segment in aero engines. The project also enhances collaboration between participating companies and research institutes, aiming to boost competitiveness and establish a robust, sustainable supply chain within Swedish aerospace

Expected results and effects:

The project focuses on critical areas of aerospace innovation within an international context. It leverage cutting-edge technology and extensive industry collaboration to advance the development of next-generation aircraft engines, making significant contributions to reducing environmental impact and enhancing the competitiveness. Through strategic partnerships and a steadfast commitment to technological advancement, the project is positioned to drive meaningful progress in sustainable aviation.

Approach and implementation:

The project is organized into five work packages focusing on component requirements, process development, sample manufacturing, evaluation, and project management. Each step addresses critical issues such as optimal material parameters and production quality etc. Participating partners contribute expertise across stages, fostering an inclusive work environment. Carefully planned activities ensure technological advancement and effective knowledge-sharing to meet the increased industry demands.