Simulation plays a large role in predicting device performance, and helps manage risk, by allowing you to assess the response of your device to variability from multiple interacting sources: design variability, operational and usage variability, and patient variability.
Simulation plays a large role in predicting device performance, and helps manage risk, by allowing you to assess the response of your device to variability from multiple interacting sources: design variability, operational and usage variability, and patient variability.
At every step of the design process, a multitude of decisions are made. These decisions affect device performance. But which design decisions have the biggest impact on performance? How will a device perform when it is used across a broader patient population or operational range? Multidisciplinary design exploration provides a method for conducting systematic quantitative assessments of precisely these kinds of questions.
Our design exploration tools allow you to:
Explore the key areas of this solution.
Design exploration software takes simulation to the next level by allowing users to determine appropriate values of variables that yield product designs that result in exceptional performance.
Simcenter provides industry leading computational fluid dynamics software allows you to simulate almost any engineering problem that involves the flow of liquids, gases (or a combination of both), together with all of the associated physics.
Complex industrial problems require solutions that span a multitude of physical phenomena, which often can only be solved using simulation techniques that cross several engineering disciplines.
Apply a system simulation approach that can avoid product recalls and a negative impact on brand image when bringing increasingly complex, interconnected and intelligent systems to market.
Learn how system simulation can be used early in the medical device design process to size and balance device attributes, and frontload the develop...
シーメンス・エナジーはどのようにさまざまな領域の結果を統合して、高忠実度タービンシミュレーションを作成し、効率的で信頼性の高いガスタービンを設計しているのかを学びます。
患者固有の特性を組み込んだ包括的なデジタル・ツイン
医療機器を対象にしたCFDと設計探索によるイノベーション
