Parametric Technology acquired ThingWorx and Axeda.
More precisely, it focuses on the parametric study of engineering models under uncertainty.
The development work, mostly focused on thermoelectric materials, required a significant amount of engineering parametric analysis.
Furthermore, considering the practical application in offshore engineering, parametric analysis on different known conditions, verification with experimental and numerical results are applied.
Robust solutions are useful in parametric studies, initial engineering design and for calibration of numerical solutions of more complex cases.
The paper discusses how boundaries of the feasible region can be followed as generalized equilibrium paths in parametric space, reflecting engineering demands on stiffness, strains and stability.
The authors, all with more than 10 or 30 years of experience with various CAD systems, selected and reviewed 10 state-of-the-art 3D parametric design and engineering applications and captured what they thought were best practices, as screenshots and videos.
The Taguchi method is a well-known parametric study tool in engineering quality and experimental design.
This study proposes usability principles for the user interfaces (UI) design of complex 3D parametric architectural design and engineering tools.
Modeling the wind speed data has important implications in wind studies, providing valuable insight and parametric quantities for further engineering analysis.
