Head: ao. Univ.-Prof. Dipl.-Ing. Dr. techn. Bernhard Pichler
The
Technical Chemistry Department is a competence centre for the development of methods of investigating the effectiveness (both
the protective effects and also the visual changes) of conservation measures through the transfer of appropriate material
alterations by means of related testing on models in virtual space.
In addition, preparations are being made for
the creation of a competence centre for the visualisation of dynamic, microscopic procedures though accelerated weathering
using SEM (scanning electron microscope) and CGI (computer generated images), in order to pinpoint material corrosion at an
early stage and thus determine durability with regard to applications in the design, architecture (AMP project) and conservation
fields. Research focuses on the development of protective patinas for copper roofs, as well as the corresponding patinating
methods, which facilitate sheet patination both prior to and after laying, research into historical materials and the revival
of their production techniques using modern technological possibilities (e.g. Roman cementing), and the development of alternative
material conservation products to replace the natural products currently in use where resources are approaching exhaustion
(e.g. new adhesives instead of sturgeon glue).
Students from various disciplines are provided with the latest insights
derived from these research results, as well as the communication of metallurgical science in the form of lectures and practical
exercises. The preparation of new types of teaching methods on the basis of he interactive use of virtual material models
is and will remain part of the curriculum.