Topical Collection: Engineering - Adaptive Model, Mesh and Resolution Techniques for Computationally- Demanding Problems in Simulation-Based Engineering
Techniques of simulation-based engineering are employed on a daily basis in the industry to solve complex multiphysics problems. Nowadays, the challenge for the scientific and engineering community is represented by the capability to treat multiple queries of such problems for real-time decision making, design, control, optimization and inverse analysis in an efficient and reliable way, especially in presence of uncertainties and limited data. This topical collection aims to gather contributions on recent advances on reduced order models, error estimation, adaptive methods and applications of HPC to the solution of computationally-demanding engineering problems.
- Dr. Matteo Giacomini
- Prof. Enrique Nadal Soriano
Papers must describe original research and must not be simultaneously submitted to a journal or a conference with proceedings.
All submissions should follow the instructions available at: https://www.springer.com/journal/42452/submission-guidelines
Authors can directly submit their papers at https://www.editorialmanager.com/snas During the submission procedure, please select the title of this Topical Collection from the section/category (drop down menu) in Editorial Manager.