Assessing Variability & Robustness

Assessing Variability & Robustness

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.

Assessing Variability & Robustness

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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:

  • Determine which design variables have the largest influence on your key performance metrics
  • Predict how device performance will be affected by changes in patient characteristics/physiology
  • Evaluate the robustness of designs to a wide range of operational scenarios and inputs
Assessing Variability & Robustness

オンデマンド・ウェビナー | 56 分

物事の核心: 人工心臓弁の双方向流体構造連成をモデリングするベストプラクティス

シミュレーションが次世代埋め込み型医療機器設計の鍵を握る

ウェビナーを視る

ソリューションの機能

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