The Challenge

The next gain has nowhere left to come from but design.

Efficiency used to come from better materials and better fuel. Both are approaching their limits, so the next percentage point increasingly comes from design: how a blade, heat exchanger, or rotor is shaped, and how every component works as one system. Finding that gain means exploring tradeoffs at every level, from system-level architecture down to a single component's geometry, across a design space too large to search by hand.

Conventional CAD can't hold that search together. nTop generates and evaluates those designs directly, so the search for the next percent of efficiency is something you can actually finish.

Push the system to the edge of physics.

Every surface in the system, airfoil, internal cooling network, heat exchangers, shares the job of keeping metal below its limit. Change one, and the model shows how the rest of the system responds: where a hot spot moves, where stress concentrates, whether the design still holds.

Trusted by the Best

You can’t win an F1 race in a rust bucket. With nTop I can run significantly more design variants in the same amount of time and find higher-performance outcomes fast.

Markus Lempke

Computational Design, Siemens Energy

Broader exploration, better designs.

nTop lets you explore more design variants, faster, and pick the top performer with confidence.