Öchsner, Andreas.

Overview

Works:	1 works in 11 publications in 1 languages

Titles

Plasticity theoryyield conditions in the invariant space / by: Öchsner, Andreas.; SpringerLink (Online service) (Electronic resources)

Diffusion in solids and liquids V :selected, peer reviewed papers from the 5th International Conference on Diffusion in Solids and Liquids, Mass Transfer, Heat Transfer, Microstructure & Properties, Nanodiffusion and Nanostructured Materials, DSL-2009, 24-26 June 2009, Grand Hotel Palazzo Carpegna, Rome Italy / by: (1998 :); Öchsner, Andreas. (Language materials, printed)

Engineering design applications VIstructures, materials and processes / by: Altenbach, Holm.; Öchsner, Andreas.; SpringerLink (Online service) (Electronic resources)

The fundamental equations of beams and platesa comparative representation / by: Öchsner, Andreas.; SpringerLink (Online service) (Electronic resources)

A simplified approach to the classical laminate theory of composite materialsapplication of bar and beam elements / by: Öchsner, Andreas.; SpringerLink (Online service) (Electronic resources)

A numerical approach to the micromechanics of fibre-reinforced laminaethe micromechanics analysis tool -- MMAT v1.0 / by: Makvandi, Resam.; Öchsner, Andreas.; SpringerLink (Online service) (Electronic resources)

Engineering design applications VII by: Altenbach, Holm.; Öchsner, Andreas.; SpringerLink (Online service) (Electronic resources)

Progress in engineering technology VI by: Ismail, Ahmad Kamal.; Öchsner, Andreas.; Razak, Tajul Adli Abdul.; SpringerLink (Online service) (Electronic resources)

Engineering design applications IVstructures, materials and processes / by: Altenbach, Holm.; Öchsner, Andreas.; SpringerLink (Online service) (Electronic resources)

Collaborative research advancing engineering solutions for real-world challenges.the 2024 postgraduate seminar in Esslingen /2 by: Öchsner, Andreas.; SpringerLink (Online service) (Electronic resources)

Subjects

Engineering models. Distribution (Probability theory) Differential equations. Engineering design. Numerical Analysis. Electronic Devices. Convex geometry. Mechanical Engineering. Materials Engineering. Discrete geometry. Field theory (Physics) Structural analysis (Engineering) Composites. Engineering Fluid Dynamics. Thermodynamics. Composite materials. Kirkendall effect Mechanical engineering. Plasticity. Engineering Mechanics. Materials Science. Computational Science and Engineering. Probabilities. Mathematical analysis. Computational Mathematics and Numerical Analysis. Automation. Diffusion Sandwich construction. Continuum Mechanics. Materials. Engineering Technological innovations. Continuum mechanics. Engineering. Convex functions. Solid Mechanics. Industrial and Production Engineering. Fibrous composites Computational Materials Science. Vehicle Engineering.