The document discusses Diabatix, a company that provides simulation-driven design optimization and virtual prototyping services to optimize heat sink and cooling channel designs. Specifically, Diabatix uses computational fluid dynamics and topology optimization to design problem-specific solutions that increase efficiency and reduce weight and pressure drop compared to traditional trial-and-error approaches. Examples of optimized designs include an S-shaped cooling channel and a heat sink for non-uniform heating.

1. Optimizing your design

2. Diabatix, optimizing your design
Opportunity
Common practice
• Simple rules-of-thumb
• Existing designs
• Trial-and-error
Diabatix approach
• Simulation driven design
• Automatic optimization
• Design for manufacturability

3. Diabatix, optimizing your design
Services
Heat sink design
• Efficiency increase
• Weight reduction
• Problem-specific solutions
Virtual Prototyping
• Effective time and cost reduction
• Virtual experiments
• Flow and thermal analysis

4. Diabatix, optimizing your design
Unique Technology
Computational
Fluid Dynamics
Topology
Optimization
Manufacturing
capabilities

5. Diabatix, optimizing your design
S-shaped cooling channel Diabatix design
Example:
Liquid heat sink
Non-uniformly heated heat sink
• Problem-specific solution
• Increased efficiency
• Lower pressure drop
Heaters
Inlet
Outlet

6. Dr. Ir. Lieven Vervecken, CEO
Expert turbulent flow simulations
Project management and customer relations
Dr. Ir. Joris Coddé, CTO
Expert thermal modelling
Technical management and software development
Alex op de Weegh, COO
20 years international experience
Operational management
Milo Wiggers, CFO
25 years of experience in the financial sector
Financial management and marketing
Management team
Diabatix, optimizing your design

7. Diabatix, optimizing your design
Diabatix bvba
dr. ir. Lieven Vervecken, CEO
Kapeldreef 60
3001 Leuven
Belgium
info@diabatix.com
www.diabatix.com