This Case Study implies the participation of multidisciplinary groups
to join their knowledge to create a new tool for sintering novel materials with new and improved physical properties
. This Case Study will consist of an active search of different microwave applicators to sinter materials, including rectangular or cylindrical applicators, solid state or classical tube amplifier as well as susceptors.
Active applicators, including tuning devices and automatic control (PID) to control the sintering process, will permit to control the speed of sintering to avoid problems like sample-breaks. All these possibilities give to microwave energy the possibility of create new materials for innovative and added value applications. The Case Study will consist of:
- Searching for bibliography that describes the benefits of the microwave energy;
- Summarizing different applications of microwave energy, with focus on its use for communication;
- Analysing security aspects of microwave radiation;
- Describing, based on references, the latest trends of the microwave energy in the field of new materials with new added values.
Five INNOSOC students, supervised by two INNOSOC lecturers, will collaborate on answering how novel materials with new and improved physical properties can be sintered. These activities will be conducted as a part of the ERASMUS+ blended mobility and will be finalized during INNOSOC Zagreb 2016 workshop in late April 2016.
One of the H2020 challenges is the “Climate action, environment, resource efficiency and raw materials”
, where the “design” of new materials is one of the main challenges in order to reduce the use of natural resources, to recycle the waste materials as well as to study the possibility of obtaining new materials with new characteristics in terms of speed of sintering, hardness and weight.
With this in mind, is quite clear that, apart from the traditional ways to sinter materials, new procedures are needed that can reduce the energy used to create it or to improve the mechanical properties acquired by traditional methods. This is where microwave technology can help.
INNOSOC project involves four main topics in its aim: “innovation” as a core topic; intercultural topics, with focus on “multicultural teams”; ICT topics, with focus on “innovative engineering based on ICT”; and student projects, with focus on “case studies on how ICT can contribute to innovative societal development”. This Case Study covers all of them.
First, it is clear that this Case Study implies an innovation because not only it covers one of the H2020 main objectives but it is also using new technologies (like microwave heating) to design novel materials improving current properties as an alternative to the classical methods based, typically, on big ovens heated by traditional methods.
Multiculturalism is covered by the design of the working groups and a big number of partners participating in the INNOSOC project, coming from 11 universities from 8 different European countries, including former East and West countries that provides even more multiculturalism to the project.
Third, ICT is covered due to the proposed technology – microwave technology – that represents the basic technology for lots of ICT projects. While microwave technology is usually connected with spectrum used for communications other applications as the one proposed here are possible as well (more than 60 years ago the first microwave oven appeared).
And, finally, the student project is covered by this Case Study itself.
 John M. Osepchuk, “A History of Microwave Heating Applications”. IEEE MTT, Vol. 32, No. 7, Sept. 1984, pp. 1200-1224
 The web about microwaves: http://www.microwaves101.com/
 Proceedings of the AMPERE Conference 2015 in Krakow (Poland)
 Proceedings of the 2nd Global Congress on Microwave Energy Applications, 2012 in Long Beach, California (USA)
 Journal Ceramics International (http://www.journals.elsevier.com/ceramics-international/