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At RBF Morph, we are at the forefront of mesh morphing technology, a critical component in engineering simulation. Our expertise lies in seamlessly blending precise control of geometric parameters with lightning-fast mesh deformation, all fully integrated into the solving process. Our core mission is to drive the development and widespread adoption of simulation technology, enabling us to synthesize and optimize designs, processes, and decisions for our clients striving to attain peak efficiency.
With a seasoned team boasting extensive experience, RBF Morph stands as a trusted source for top-tier technical expertise in mesh morphing-based solutions. Our commitment to excellence ensures the delivery of comprehensive support, tailor-made solutions that align precisely with our customers' unique needs. If you are seeking assistance in developing and implementing optimization models or refining your simulation processes to address specific CAE challenges, you have found the perfect partner.
At RBF Morph, we're dedicated to advancing mesh morphing technology through state-of-the-art Radial Basis Functions (RBF) techniques. RBF stands as a leading mathematical tool for precision mesh morphing. Our product range includes: RBF Morph Fluids, an Ansys Fluent add-on that streamlines shape optimization studies, utilizing mesh morphing within Ansys Fluent's CFD technology. RBF Morph Structures, an ACT extension for Ansys Mechanical and Ansys Workbench, enabling automated shape optimization studies through mesh morphing. RBF Stand Alone, a versatile version of RBF Morph, applicable across various design and optimization processes, regardless of the numerical solver.
Our vision is driven by a unique blend of technology, determination, and creativity, transforming CAE-based procedures into a competitive advantage. We understand that each customer presents a distinctive challenge. We actively support collaborative industrial and research initiatives, exemplified by our participation in projects like Morphlab. Furthermore, we are proud to be a vital contributor to noteworthy EU-funded research projects, including DiTAID (Digital-Twin for Airflow and Drug Delivery in Human Airways), Copernicus (Cloud-based HPC platform to support systemic-pulmonary shunting procedures), and MeDiTATe (The medical digital twin for aneurysm prevention and treatment).
RBF Morph offers state-of-the-art products that revolutionize engineering practices.
Ansys RBF Morph Fluids is an add-on which allows for automated shape optimization studies entirely within Ansys Fluids family. It makes it possible to morph directly in the solving stage without modifying the underlying CAD geometry and regenerating the mesh. This new approach overcomes the limits of the mainstream methods by introducing these functionalities through the implementation of dedicated routines in Ansys Fluent CFD code. Parametric optimization can be accelerated because the observable sensitivities become available as derivatives of the input parameters, and parameterless optimization can be performed with full control allowing an accurate selection of areas to be sculpted. Click Here.
Ansys RBF Morph Structures is an ACT extension which allows for automated shape optimization studies entirely within Ansys Mechanical and Ansys Workbench by morphing the existing mesh. This solution is fully em- bedded in Ansys Mechanical GUI, same “look and feel” and interaction logic, it leverages fast RBF library with CUDA and OpenMP parallel acceleration. Many basic shape modifications (translation, rotation, scaling, surface offset, curve offset, surface target, cur- ve target) are easily achieved, as well as complex sha- pe modifications by using a hierarchical approach to create chains of multiple modifications. In this way, for example, an available mesh can be fully adapted and […]. Click Here.
The Stand Alone version of RBF Morph has been conceived to generalize the usage of this technology to allow its utilization – whenever mesh nodes data are reachable and modifiable in some manner – no matter the numerical solver. It is supplied with a customizable GUI based on the CGNSplot technology and, since this product shares the same fast libraries of the add-on release, it consequently guarantees all its basic functionalities. Moreover, it comes with other additional features such as FSI (Fluid-Structure Interaction), ice-snow accretion and the coupling with a generalized adjoint solution. Over many years the software has been successfully linked to numerous design and optimization procedures, forecasting the use of both commercial and not commercial solvers. Click Here.
The aim of the RBF Morph technology is to perform fast mesh morphing using a mesh-independent approach based on state-of-the-art RBF (Radial Basis Functions) techniques.The use of such Technology allows the CFD user to perform shape modifications compatible with the mesh topology, directly in the solving stage, by just adding one single command line in the input file. Click Here.
RBF Morph research has led to revolutionary advances and has been successfully implemented in industries such as aerospace, automotive, healthcare and architecture, among others, unlocking the potential for shape modification and design optimization, RBF Morph has become a crucial tool in pushing the boundaries of innovation and development across multiple industries.
In the pursuit of delivering more efficient, high-performance, and sustainable products at reduced costs, companies are turning to digital optimization tools as the most viable solution. Our commitment is to empower companies across a spectrum of industries, spanning automotive, aerospace, energy, and healthcare, with a comprehensive suite of dependable tools and consulting services. Through these resources, we enable swift optimization of product shapes, enhancing both mechanical and aerodynamic performances.
RBF Morph is a cutting-edge technology that revolutionizes the field of industrial design and analysis across various industries.
