Jerome Long is a notable inventor based in Middlesex, Great Britain, who has made significant contributions to the field of multiphysics modeling. With a total of four patents to his name, Jerome has developed innovative techniques that advance the way systems are represented and modeled, particularly concerning the use of finite element discretization.

Latest Patents

Among his latest patents is a groundbreaking method for assembling the finite element discretization of arbitrary weak equations that involve local or non-local multiphysics couplings. This patent details techniques that cater to modeling systems corresponding to various application modes. The innovations introduced allow for the representation of one or more geometries while effectively utilizing both local and non-local couplings.

The application modes modeled through this invention come with the ability to be defined via a graphical user interface, allowing the modeling and manipulation of physical quantities with ease. This includes defining physical properties through numerical values, constants, and mathematical expressions that encompass space and time coordinates. The advancements also offer the flexibility to apply physical quantities over specific geometrical domains while permitting the selective disabling of these quantities in other areas.

Furthermore, partial differential equations serve as the foundation for describing the physical quantities involved. An essential feature of this technique is the ability to combine one or more application modes into a comprehensive system of partial differential equations, thus establishing a cohesive multiphysics model.

Career Highlights

Jerome Long has achieved remarkable feats during his career, evidenced by his involvement with Comsol AB, where he has been integral in pushing forward the boundaries of computational modeling. His expertise in the realm of multiphysics has enabled him to create innovative solutions that are widely applicable in engineering and scientific research.

Collaborations

Throughout his career, Jerome has collaborated with distinguished colleagues, including Lars Langemyr and Daniel Bertilsson. These collaborations have further enhanced the quality and depth of the projects they have undertaken, fostering a rich environment for innovation and discovery.

Conclusion

Jerome Long's contributions to multiphysics modeling and finite element discretization signify essential advancements in the field of engineering and science. With his innovative patents and collaborative efforts, he continues to impact how systems are modeled, ultimately paving the way for future discoveries and applications in technology.

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