Andreas Ochsner

Computational Statics And Dynamics

Leichtbaukonzepte

Computational Statics And Dynamics: An Introduction Based On The Finite Element Method

Numerische Technische Optimierung

Numerical Engineering Optimization

Experimental And Numerical Investigation Of Advanced Materials And Structures

Distribution Theory Applied To Differential Equations

A Review Of Biomaterials And Their Applications In Drug Delivery

Cancellous Bone

One-Dimensional Finite Elements

Advanced Latex In Academia

Foundations Of Classical Laminate Theory

Structural Mechanics With A Pen

Finite Elements Using Maxima

Advanced Latex In Academia

Micromechanics Of Fiber-Reinforced Laminae

Plane Finite Elements For Two-Dimensional Problems

A Project-Based Introduction To Computational Statics

Finite Elements Using Maxima

Foundations Of Classical Laminate Theory

A First Introduction To The Finite Element Analysis Program Msc Marc/Mentat

A Review On Dental Materials

Classical Beam Theories Of Structural Mechanics

Structural Mechanics With A Pen

A Project-Based Introduction To Computational Statics

Eigenvalue And Eigenvector Problems In Applied Mechanics

A Review On Dental Materials

Eigenvalue And Eigenvector Problems In Applied Mechanics

Bone Cement

Partial Differential Equations Of Classical Structural Members

Complements Of Higher Mathematics

Essentials Of Partial Differential Equations

One-Dimensional Finite Elements

Computational Statics Revision Course

A First Introduction To The Finite Element Analysis Program Msc Marc/Mentat

Leichtbaukonzepte Anhand Einfacher Strukturelemente

Eindimensionale Finite Elemente

Essentials Of Partial Differential Equations

One-Dimensional Finite Elements

Continuum Damage And Fracture Mechanics

Computational Plasticity For Finite Elements

Advanced Finite Element Simulation With Msc Marc

Finite Elements For Truss And Frame Structures

Introduction To Scientific Publishing

Computational Statics Revision Course