Aubert & Duval Teams with QuesTek to Revolutionize Alloy Design Using Simulations

In a groundbreaking collaboration, Aubert & Duval (AD) has joined forces with QuesTek Innovations to push the boundaries of alloy development through advanced predictive modeling techniques. At the heart of this partnership is QuesTek’s Integrated Computational Materials Engineering (ICME) approach, which allows the simulation of material behavior before conducting physical tests. This strategic alliance promises to significantly shorten development timelines, reduce associated costs, and minimize risks associated with new material introductions.

A New Era of Alloy Development

The need for stronger, more durable, and cost-effective materials is critical in high-demand industries, such as aerospace, defense, and automotive. By leveraging QuesTek’s expertise in Materials by Design® and the capabilities of their ICMD® software platform, Aubert & Duval is moving beyond conventional trial-and-error methods to streamline the alloy development process. This collaboration was highlighted at the METAV 2025 conference, showcasing the utility of QuesTek’s technology in optimizing high-performance alloys for various applications, including aircraft structural components.

Accelerating Market Entry for Innovative Solutions

The partnership is set to transform the way these materials are analyzed and optimized by enabling rapid explorations of new alloy compositions. Jason Sebastian, Executive Vice President of QuesTek Innovations, emphasized that this approach not only supports faster alloy optimization but also allows manufacturers to make informed decisions regarding composition and processing pathways upfront. "By minimizing costly iterations, we empower our partners to bring high-performance, economical materials to market quicker than ever before," stated Sebastian.

As industries face mounting pressures from supply chain constraints and increasing certification demands, AD’s embrace of a simulation-first strategy reinforces its commitment to metallurgical innovation and leadership. The collaboration signifies a broader trend of adopting ICME technologies by globally recognized manufacturers aiming to maintain a competitive edge amid rising challenges in material qualification and cost management.

Transforming Traditional Development Processes

QuesTek’s approach is revolutionary; it integrates data-driven insights with advanced simulations, effectively reducing the cycle time for development from months to mere weeks. The technology enables manufacturers to move through the entire cycle—from initial material design to production and certification—more swiftly and economically than traditional or purely algorithmic methodologies. By prioritizing innovation, the partnership not only sets new standards in performance criteria but also ensures sustainable practices within the industry.

This collaboration fundamentally alters the landscape of alloy design and development. As Aubert & Duval forges ahead, the implications of leveraging QuesTek’s sophisticated capabilities resonate throughout sectors where material performance is critical, paving the way for faster, more efficient innovation that meets evolving market demands.

About QuesTek Innovations

With a commitment to reducing time-to-market and costs while enhancing material performance, QuesTek is at the forefront of computational materials engineering. Their pioneering work spans everything from novel designs to certification, signifying the potential to revolutionize traditional practices. For more information on QuesTek and their innovative technologies, visit QuesTek.com.