“The book is easy to read. The reviewer enjoyed reading the book. The book is a welcome reading for academics, researchers and professionals interested in a rigorous and comprehensive study of modeling nonlinear phenomena governed by PDEs. The book will also be useful to graduate and doctoral students in mechanical, civil and aeronautical engineering, and to applied mathematicians and physicists.” (Girish Kumar Ramaiah, zbMATH 1436.74001, 2020)

• 1. Introduction.- 2. Mathematical Modeling of Nonlinear Dynamics of Continuous Mechanical Structures with Account of Internal and ExternalTemperature Fields.- 3. Nonclassical Models and Stability of Multi-Layer Orthotropic Thermoplastic Shells within Timoshenko Modified Hypotheses.- 4. General Problems of Diffraction in Theory of Design - Nonlinear Shells and Plates Locally Interacting with Temperature Fields.- 5. Stability of Flexible Shallow Shells Subjected to Transversal Load and Heat Flow.- 6. Mathematical Models of Multi-Layer Flexible Orthotropic Shells Under Temperature Field.- 7. Chaotic Dynamics of Closed Cylindrical Shells Under Local Transversal Load and Temperature Field (First Order Kirschhof–Love Approximation Model).- Index.

“The book is easy to read. The reviewer enjoyed reading the book. The book is a welcome reading for academics, researchers and professionals interested in a rigorous and comprehensive study of modeling nonlinear phenomena governed by PDEs. The book will also be useful to graduate and doctoral students in mechanical, civil and aeronautical engineering, and to applied mathematicians and physicists.” (Girish Kumar Ramaiah, zbMATH 1436.74001, 2020)

• 1. Introduction.- 2. Mathematical Modeling of Nonlinear Dynamics of Continuous Mechanical Structures with Account of Internal and ExternalTemperature Fields.- 3. Nonclassical Models and Stability of Multi-Layer Orthotropic Thermoplastic Shells within Timoshenko Modified Hypotheses.- 4. General Problems of Diffraction in Theory of Design - Nonlinear Shells and Plates Locally Interacting with Temperature Fields.- 5. Stability of Flexible Shallow Shells Subjected to Transversal Load and Heat Flow.- 6. Mathematical Models of Multi-Layer Flexible Orthotropic Shells Under Temperature Field.- 7. Chaotic Dynamics of Closed Cylindrical Shells Under Local Transversal Load and Temperature Field (First Order Kirschhof–Love Approximation Model).- Index.

“The book is easy to read. The reviewer enjoyed reading the book. The book is a welcome reading for academics, researchers and professionals interested in a rigorous and comprehensive study of modeling nonlinear phenomena governed by PDEs. The book will also be useful to graduate and doctoral students in mechanical, civil and aeronautical engineering, and to applied mathematicians and physicists.” (Girish Kumar Ramaiah, zbMATH 1436.74001, 2020)

• 1. Introduction.- 2. Mathematical Modeling of Nonlinear Dynamics of Continuous Mechanical Structures with Account of Internal and ExternalTemperature Fields.- 3. Nonclassical Models and Stability of Multi-Layer Orthotropic Thermoplastic Shells within Timoshenko Modified Hypotheses.- 4. General Problems of Diffraction in Theory of Design - Nonlinear Shells and Plates Locally Interacting with Temperature Fields.- 5. Stability of Flexible Shallow Shells Subjected to Transversal Load and Heat Flow.- 6. Mathematical Models of Multi-Layer Flexible Orthotropic Shells Under Temperature Field.- 7. Chaotic Dynamics of Closed Cylindrical Shells Under Local Transversal Load and Temperature Field (First Order Kirschhof–Love Approximation Model).- Index.