2022年6月7日 · Learn how to design a fully customizable shell and tube heat exchanger replacement optimized for Additive Manufacturing.

2020年10月14日 · This video shows you how to smoothen the flow of an advanced heat exchanger in nTop and how to design a workflow that creates TPMS structures with smooth …

2020年4月10日 · Learn how to develop heat exchangers with gyroid cores for AM, generate the fluid domains required to perform validation and verification, and more.

nTopology是一款面向 增材制造 的高效设计平台，平台预置了大量增材制造常用的设计工具包，工程师通过调用若干个预置工具包、或自主开发定制的工具包，建立一个工作流，实现复杂几何 …

2020年7月31日 · Using nTopology ’s advanced geometry kernel it is now possible to produce a next generation high-performance Heat Exchanger (HEX) for the aerospace industry, as …

Learn the basics of fields in nTop and how to use them to drive designs. Learn how to use custom blocks and list processing to automate your design workflow. Learn how to generate an FE …

2024年5月7日 · Triply periodic minimal surface (TPMS) heat exchangers (HXs) have been investigated in this paper along with additive manufacturing (AM). Heat transfer coefficients, …

This course will build upon and complete the heat exchanger started in the Intro to Two-Channel Heat Exchangers course. The course will take you through techniques used to create baffles …

This course takes you through techniques used for the HEX core, initial fluid volumes in nTop, and the key information needed before designing your heat exchanger. After this course, you will …

nTop unlocks faster design iteration without manual modeling–enabling engineering teams to explore more design options, optimize designs faster, and rapidly tailor products to unique …