By: Jasmine Chokshi

Re-posted from: https://info.juliahub.com/blog/introducing-juliasim-hvac

JuliaHub is thrilled to announce the launch of JuliaSim HVAC, a suite of components for the modeling and simulation of complex thermofluid systems, revolutionizing the design, optimization and control of heating, ventilation, and air-conditioning (HVAC) systems.

HVAC systems are indispensable to maintaining comfort, safety, and efficiency in buildings, automobiles, airplanes, industrial facilities, and various applications. However, designing and optimizing these complex systems presents numerous challenges requiring interdisciplinary collaboration, including numerical complexity, model calibration, design optimization for energy efficiency, control synthesis, etc.

JuliaSim HVAC comes with a pre-built library of ready-to-use HVAC components and refrigerant models that integrate with advanced solvers, optimized for HVAC systems and compatible with the JuliaSim Scientific Machine Learning (SciML) ecosystem.

By: Jasmine Chokshi

Re-posted from: https://info.juliahub.com/blog/julia-for-actuaries

The insurance sector thrives on complex data analysis and modeling. Actuaries play an important role in working with complex mathematical models to assess risk, price products, and manage financial reserves.  As actuarial science and processes evolve and move out of the “Spreadsheet Era” they are increasingly looking to programming languages and tools that can build and implement great solutions. The choice of tools and programming languages can greatly impact the performance and productivity of actuaries. Julia, a powerful language, is fast gaining traction owing to its speed, expressiveness, and flexibility.

By: Jasmine Chokshi

Re-posted from: https://info.juliahub.com/blog/announcing-juliasim-batteries

JuliaHub is thrilled to announce a game-changing advancement in lithium-ion battery simulation: JuliaSim Batteries. This newly released tool extends state-of-the-art cell models with electrochemical, thermal, and degradation physics to the pack, enabling highly accurate simulations.