ENGINEERING APPLICATIONS
Applying Scientific Intelligence to Difficult Engineering Problems
Apexal is being developed to connect scientific evidence, physics-based simulation, materials discovery and optimisation in the investigation of complex physical-world engineering challenges.
Our initial focus is advanced thermal management for high-performance computing, advanced electronics and other power-dense systems, with a broader discovery approach that can extend across materials and engineering applications.
Engineering Challenges We Address
Different industries face different physical constraints. Apexal's intended approach is to connect scientific knowledge, computational modelling and structured experimentation to help investigate these challenges.
Address heat flow, hotspots and cooling constraints in high-performance computing and advanced electronics.
THERMAL MANAGEMENT
Investigate heat transfer, hotspots, thermal interfaces and cooling constraints in high-performance computing, advanced electronics and power-dense systems.
ADVANCED MATERIALS
Explore how material properties, structures and interfaces may influence performance under demanding thermal and engineering conditions.
ENERGY & ENGINEERING SYSTEMS
Extend the discovery approach toward relevant challenges in batteries, power electronics, energy systems, mobility and advanced manufacturing.
