Blog

The thesis Structural Shape Optimization Using BGM at the Root of Thermal Turbine Blades, presented by Simone Putzu at the University of Rome Tor Vergata, provides a rigorous exploration of innovative methodologies for structural optimization. Focused on axial turbine blade roots, the work integrates advanced computational tools and methodologies to enhance the mechanical performance of […]

This month, Marco Evangelos Biancolini, the founder of RBF Morph, has authored an in-depth article for Automazione Oggi, a premier publication in the field of industrial software solutions. The article explores how advanced simulation methodologies, high-fidelity CAE modeling, and real-time optimization can effectively address complex shape optimization challenges in product design. Leveraging the capabilities of […]

We are pleased to share a newly published study highlighting the capabilities of RBF Morph technology, now available in Purdue University’s online repository. Titled “Shape optimization of a Roots blower rotor profile using CFD model with a coupled Adjoint-Sculpting method,” the research explores innovative methods for enhancing the performance of rotary positive displacement machines. Authored […]

On November 14, the University of Rome Tor Vergata hosted Tech Transfer Day, where RBF Morph had a chance to showcase a dedicated booth highlighting the DigiPAD project. DigiPAD (Digital Twin for Advanced Design in the Aerospace Industry) is an innovative initiative designed to revolutionize the aircraft design process. The project brings together two cutting-edge […]

We’re pleased to be part of the THUMS User Meeting 2024. During the event, our colleague, Emanuele Di Meo, will present “Human Body Models Customization by Advanced Mesh Morphing: Parametric THUMS.” Emanuele will discuss how advanced mesh morphing techniques are being used to customize human body models, with a focus on their applications in biomechanics […]