Challenges in the Simulation Process for Glass-Bending Technologies

Welcome back to our Expert Voices Series, where we feature insights from top researchers and innovators driving the progress of the DiMAT project. In this installment, we turn to our partners at UPV and Fraunhofer IWM, Kuo-I Chang and Harrison de la Rosa-Ramírez, for their expert analysis of the challenges and breakthroughs in glass-bending technologies.

Their article, “Challenges in the Simulation Process for Glass-Bending Technologies,” explores the intricate balance between simulation and experimental work—two vital components that underpin the development of precise and efficient glass manufacturing processes.

In the world of glass bending, simulation and experimentation are deeply interconnected. Researchers grapple with modeling complex phenomena like laser-material interactions and heat distribution, while experimentalists face hurdles such as precise temperature measurement and data integration.

Innovative Solutions from the DiMAT Project

The DiMAT project is actively bridging the gap between theoretical modeling and practical implementation. One key development is the Material Processing Simulator (DiMAT MPS), which enhances finite element simulation for mapping heat flow along a moving laser source. This approach is helping researchers better understand how glass thickness and material properties affect energy transmission during laser bending.

On the experimental front, DiMAT’s tailored digital toolkits streamline data generation and acquisition. By integrating material properties, process simulation results, and experimental data into a unified system, researchers can efficiently analyze and refine their processes.

As this Expert Voices Series continues, we’ll bring you more insights from the remarkable individuals shaping the future of material science and technology.