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Diabatix's AI-driven topology optimization software revolutionizes thermal and flow design, achieving performance beyond traditional methods.
Topology optimization refines material distribution and layout to maximize efficiency within a given design space and constraints.
Topology optimization is a mathematical method used across many engineering mediums to optimize a structure or component's layout to minimize its weight by removing excess material, reducing thermal stress or achieving other desired performance goals.
Diabatix’s topology optimization delivers custom solutions tailored to your design and manufacturing needs.
Our generative design adapts to changes in design parameters, material properties, and constraints, providing optimal results for complex thermal challenges.
For standard needs, it also offers parametric optimizations. Contact us to find out how ColdStream can enhance your thermal and flow solutions.
Topology optimization uses algorithms to find the best material distribution within a design space, considering constraints like stresses and thermal loads.
While traditional methods focus on compliance, ColdStream optimizes various objectives such as temperature minimization and variance reduction, and handles constraints like pressure loss.
ColdStream starts with an empty design space and builds up the structure, achieving high performance with minimal material use. This approach results in complex, efficient designs that often exceed the capabilities of traditional methods.
Starting from any geometrical shape and with minimal input, generative design using topology optimization will determine the best shape to cater to your needs.
Simply set the objectives and impose the constraints most suitable to your problem.
Using our fully autonomous generative design technology eliminates human bias, and high-performance results are guaranteed.
Use topology optimization to create ready-to-manufacture designs for any conventional production process and manufacturing methods (traditional manufacturing methods, additive manufacturing methods, etc.), among others:
CNC milling
Die casting
Sheet metal forming
3D printing
Whether you need mass manufacturing-ready designs or only limited volumes, our generative design engine is ready to serve your topology optimization or structural optimization needs.
Use topology optimization to leverage generative design to explore, test, and validate complex design iterations in an effective and efficient way and at scale.Whether it is for automotive, high-performance computing, consumer goods or any other product, generative design can help you push the boundaries of thermal design to new limits.
Use topology optimization to design for temperature uniformity and minimal thermal resistance for a given pressure drop constraint and sheet metal forming manufacturing.
Use topology optimization to minimize the temperatures of your power electronics modules containing IGBTs, MOSFETs or any other temperature-sensitive components.
Control the temperature of CPUs, GPU, laser diodes, and any other high-power density electronics component to extend its lifetime with topology optimization.
Minimize thermal resistance to maximize acceleration of your next-generation electric motors with topology optimization from Diabatix.
Generative design through thermal topology optimization is highly adaptable, providing a powerful tool for engineers to optimize their thermal management strategies.