Computational Methods Of Multi-physics Problems

This Book Offers A Collection Of Six Papers Addressing Problems Associated With The Computational Modeling Of Multi-field Problems. Some Of The Proposed Contributions Present Novel Computational Techniques, While Other Topics Focus On Applying State-of-the-art Techniques In Order To Solve Coupled Problems In Various Areas Including The Prediction Of Material Failure During The Lithiation Process, Which Is Of Major Importance In Batteries; Efficient Models For Flexoelectricity, Which Require Higher-order Continuity; The Prediction Of Composite Pipes Under Thermomechanical Conditions; Material Failure In Rock; And Computational Materials Design. The Latter Exploits Nano-scale Modeling In Order To Predict Various Material Properties For Two-dimensional Materials With Applications In, For Example, Semiconductors.