The latest advancements in thermal management design
High-performance heat exchangers ensure that products perform safely and efficiently, extending their operational lifetime and increasing their reliability.
If you need to optimize heat exchangers for high-performing thermal efficiency, browse our library of resources below.
Videos
Get an up-close look at various computational design techniques and how they can help you design more efficient heat exchangers.
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5 reasons why you should use nTop to create heat exchangers
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Cold plates: Made better with additive manufacturing
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Shell and tube heat exchanger: Made better with additive manufacturing
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nTop training: Thermal management
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Plate heat exchanger: Made better with additive manufacturing
Learn about using nTop for advanced thermal management.
Articles
Read about the latest innovations in thermal management and find out how they can help you design better products, speed up your workflows, and stay ahead of the competition.
Optimizing thermal management with conformal cooling to extend operational life
4 thermal management trends and additive manufacturing
Advancing structural performance of aerospace heat exchangers
Efficient thermal and fluid management strategies for aerospace heat exchangers
Transforming industrial hardware supply chains with additive manufacturing
KW MICRO POWER
KW Micro Power reduced the temperature of a compact turbogenerator by 33%
KW Micro Power redesigned the housing of their aerospace-grade, high-power-density, compact turbogenerator to take advantage of additive manufacturing with integrated conformal cooling channels. Using optimization and shelling techniques, they reduced the housing’s weight by 44% and reduced the temperature by 33%.
