Altenbach, Holm.

Materials science. Mechanics. Biomaterials. Biophysics and Biological Physics. Loads (Mechanics)- Mathematical models. Biomedical engineering- Computer-aided design. Materials- Analysis. Nanostructured materials. Classical and Continuum Physics. Engineering models. Gas-turbines- Materials. Nonlinear mechanics. Mechanical Power Engineering. Inhomogeneous materials- Mechanical properties. Numerical Analysis. Biomedical Engineering. Mechanical engineering Joints (Engineering) Operating Procedures, Materials Treatment. Smart materials. Ceramics, Glass, Composites, Natural Materials. Engineering design. Structural analysis (Engineering)- Mathematical models. Engineering Design. Shells (Engineering)- Mathematical models. Biomedical Engineering and Bioengineering. Viscoelastic materials. Materials Fatigue. Materials Engineering. Membranes (Technology) Materials- Mechanical properties Machining Materials Classical Mechanics. Light Construction, Steel Construction, Timber Construction. Materials- Creep Fracture mechanics. Mechanical Engineering. Nonlinear waves. Strength of materials. Machinery and Machine Elements. Materials- Computer simulation. Elastic solids- Mechanical properties. Mechanics, Applied. Structural Materials. Biomedical engineering- Data processing. Computer-Aided Engineering (CAD, CAE) and Design. Materials- Electric properties. Automotive Engineering. Continuum mechanics Structural analysis (Engineering) Composites. Engineering Fluid Dynamics. Thermodynamics. Materials Science. Computational Science and Engineering. Continuum Mechanics and Mechanics of Materials. Biomedical materials. Plasticity. Materials Science, general. Building Repair and Maintenance. Elastic analysis (Engineering)- Mathematical models. Buildings. Boundary value problems. Engineering Mechanics. Computational Mathematics and Numerical Analysis. Ceramics, Glass, Composites, Natural Methods. Building Materials. Continuum damage mechanics. Elastic solids. Materials- Mechanical properties. Metallic Materials. Dynamics. Thin-walled structures. Laminated materials. Transportation Technology and Traffic Engineering. Additive manufacturing Power (Mechanics) Deformations (Mechanics) Materials. Characterization and Evaluation of Materials. Continuum mechanics. Engineering. Nanostructures Structural Mechanics. Elastic plates and shells. Civil Engineering. Theoretical and Applied Mechanics. Engineering Thermodynamics, Heat and Mass Transfer. Machinery. Mathematical Modeling and Industrial Mathematics. Materials- Mathematical models. Solids. Materials- Fatigue. Continuum Mechanics. Materials- Creep. Composite materials- Mechanical properties. Shells (Engineering) Plates (Engineering) Solid Mechanics. Mathematical Applications in the Physical Sciences. Heat resistant materials- Mathematical models. Industrial and Production Engineering.