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Mathematical and Computational Modelling in Mechanics of Materials and Structures
This special issue belongs to the section “Engineering“.
Special Issue Information
Dear Colleagues,
Structural design in any engineering field is led by iterative optimization processes that traditionally involve operational experience, and at the same time rely on the mathematical behavior of structural theories. In recent years, the characterization and analysis of advanced materials has become fundamental for predicting structural behavior. This is mainly due to the fact that composites and lattice structures are spreading more and more in the industry, pushing researchers towards analyzing and modeling the anisotropic and nonlocal behaviors, as well as the multi-fields, of materials and structures.
The present Special Issue focuses on two main aspects: first, the material, with its design and characterization; second, the structure, with its modelling and solution. As far as materials are concerned, lattice, anisotropic, nonlocal and multi-physics behaviors are considered. On the structures side, the Special Issue aims to attract contributions on the topics of multi-scale modeling, 3D-printed components and computer-aided structural engineering.
The guest editors of this Special Issue hope to attract and obtain the contributions of engineers, mathematicians and material scientists, among others, allowing for creating a multidisciplinary collection of innovative works and stimulating further discussions on these ground-breaking topics. Participants of the "1st International Conference on Computations for Science and Engineering" are encouraged submit their extended conference papers to this Special Issue.
Dr. Nicholas Fantuzzi
Prof. Dr. Francesco Fabbrocino
Prof. Dr. Marco Montemurro
Prof. Dr. Francesca Nanni
Dr. Qun Huang
Dr. José A.F.O. Correia
Dr. Leonardo Dassatti
Dr. Michele Bacciocchi
Guest Editors
The article processing charge (APC) is waived for well-prepared manuscripts submitted to this issue.
Keywords
- Computational structural modeling
- Mathematical theories for beams, plates and shells
- Mathematical and computational approches to composites
- Nonlocal and non-standard mathematical models in continuum mechanics
- Mathematical formulation of materials
- Smart and multi-field materials and structures
- Multi-scale mathematical and computational modeling
- Mathematical modeling of 3D-printed materials and structures
- Applied numerical methods
- Finite element methods
- Mesh-free based methods
- Mathematical modeling of bridges and large structures
- Dynamics of materials and structures
- Material characterization
- Material and structural optimization
- Lattice materials and structures
- Computer-aided structural engineering
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Math. Comput. Appl. - ISSN 2297-8747