Materials Analysis and Properties

Program Directors

Prof. J.F. Löffler/Prof. P. Smith

Introduction

An important subject of materials science is the analysis of materials structures and properties. Today’s materials span a wide range in microstructure, scaling from meters down to the atomic level. Consequently, materials scientists need to be acquainted with novel experimental methods such as electron microscopy, neutron and x-ray scattering, and surface-analysis methods. To guarantee the durability and integrity of engineering materials they must also be acquainted with alloying concepts and failure-analysis procedures, as well as with corrosion properties and protection strategies. Finally, an understanding of the properties of micro- and nanomaterials is becoming increasingly important, since many materials and systems encountered in our everyday lives involve design on these length scales. Among these are micro- and optoelectronic systems, as well as light metals and high-performance alloys that have been subjected to advanced processing and thermo-mechanical treatments.

Objective of Courses

This program provides an overview of various analysis methods for characterizing microstructures, and covers the electrical, optical, and mechanical properties of novel engineering materials. To prepare students for a wide range of professions in industry or the university environment, it presents many practical examples.

Teaching Goals

The courses will impart knowledge on advanced materials analysis methods, and focus on procedures and methodologies to guarantee the durability and integrity of engineering materials. They also deal with materials properties on mesoscopic length scales, and emphasize the corresponding property changes when external dimensions approach the micro- and nanoscale. The program involves several case studies, practicals, and excursions to combine the academic training provided in the bachelor’s program with the skills necessary for a successful career in materials science.

Courses

Fall Semester
Corrosion and Durability of Engineering Materials
Electron Microscopy
Quantitative Surface Analysis
Biomaterial Surfaces: Properties and Characterization
Quantitative and Analytical Light Microscopy
Materials Research using Synchrotron Radiation
Spring Semester
Materials Behaviour in Reduced Dimensions
Micro-and Nanostructured Metallic Systems
Integrity of Materials and Structures