The topAM project aims to develop novel nano-oxide/nitride-dispersoid strengthened (ODS) high-performance alloys on Fe, Ni, and NiCu basis, for printable gas burner heads and high-temperature heat exchangers. The combination of improved materials performance, topology optimized design of additively manufactured components and intelligent sensor integration is expected to drastically increase the equipment life-time under extreme service conditions.
Within topAM, QuesTek Europe will together with RWTH Aachen lead the efforts on materials modelling, simulations and alloy design. Utilizing QuesTeks Materials by Design® approach, we will take advantage of the AM-process inherent oxygen to design and improve high temperature strength ensuring chemical integrity with the matrix composition. The collaboration with RWTH Aachen will enable simultaneous design of ODS alloys and their corresponding laser powder bed fusion process parameters for accelerated material and component development.
Martin Walbrühl, Materials Design Engineer at QuesTek Europe, commented: “European research projects are a unique way to unite the stakeholders within European industry. A pressing technological need has been formulated and the necessary competence gathered to develop innovative and ground-breaking solutions that pave the way for a sustainable production- and manufacturing industry in Europe. We are excited to use our computational materials design approach to support and accelerate this process.”
The topAM consortium consists of 15 members, ranging from academia to industrial users in energy/processing: RWTH Aachen, QuesTek Europe, Kanthal, VDM Metals, Indutherm, ZOZ, RISE IVF, KME Germany, KIT Cracow, DECHEMA, IPM Brno, UCM Complutense University of Madrid, Hochschule Osnabrück, Universite de la Rochelle, and Linde. topAM is a 4-year project valued at €6 million.
Download the press release here.