Priority Programmes

Place and duration:

2013-2019

A central objective of the Priority Programme 1676 was to come closer to the goal of a lubricant-free factory by creating new lubricant-free forming processes and adapting relevant technologies.

Source: trockenumformen.de

Place and duration:

since 2014

The scientists of the SPP 1748 have set themselves the goal of establishing a new quality in the field of non-conventional discretisation methods. This is the basis of the work programme of the SPP: The development of modern non-conventional discretization methods, their mathematical analysis and the investigation of their application limits by means of suitable benchmark problems.

Source: uni-due.de/spp1748/

Place and duration:

since 2016

The scientists of the SPP1897 are engaged in the identification and subsequent exploitation of novel ways to specifically influence the vibration behaviour of mechanical components.

Source: itm.uni-stuttgart.de/spp_1897/

Place and duration:

since 2016

The Priority Programme 1959 aims to provide a rational, comprehensive knowledge based on experimental evidence and complementary numerical simulations for intentionally using electromagnetic energy to manipulate matter in metals, intermetallics, oxide and non-oxide ceramics as bulk, thin or thick films.

Source: fieldsmatter.de/

Place and duration:

since 2017

The aim of this Priority Programme is to develop CCA and HEA with outstanding mechanical properties or displaying unusual phenomena, which cannot be obtained in conventional alloys, or be explained by current textbook-level theory. Within this programme, alloys with five or more elements are targeted, each having a concentration between 5 and 35 at. %.

Source: gepris.dfg.de/

Place and duration:

since 2017

Therefore, the objective of the priority program is to regulate and control internal stresses by utilizing forming technologies in order to achieve a positive impact on relevant characteristics of components manufactured by forming processes.

Source: mw.tum.de/utg/spp-2013/

Place and duration:

since 2017

The designed aim of this priority program is to capture, understand, describe, model and predict the material degradation of high-performance concretes using the newest experimental and virtual numerical methods.

Source: spp2020.uni-hannover.de

Place and duration:

since 2018

In this priority programme, the friction and wear mechanisms caused by transfer layer formation in tribological systems when lubricated with solid lubricants are to be investigated.

Source: www.uni-kl.de/spp2074

Place and duration:

since 2018

The aim of the priority programme is to develop dynamic process control systems for machining processes with main mechanical, thermal and, if necessary, chemical effects by combined use of ideally in-process or in-line applicable sensor technology with process knowledge prepared in the form of models, which allow defined surface layer conditions in metallic components to be set for improved component reliability and service life.

Source: wbk.kit.edu/wbkintern/Forschung/Projekte/SPP2086/

Place and duration

since 2019

The SPP 2100 “Soft Material Robotic Systems” has set itself the task of actively meeting the challenges of this paradigm shift and developing novel approaches for the development of soft robots. The main disciplines involved are engineering, computer science, materials science, natural sciences and biomechanics.

Source: spp2100.de

Place and duration:

since 2018

The Priority Programme aims to bring together materials scientists and photonics researchers. To this end, an interdisciplinary and transregional cooperation between the two fields of “materials” and “laser-based additive manufacturing” in the form of tandem projects is highly intended.

Source: uni-due.de/matframe/

Place and duration:

since 2020

The aim of Priority Programme 2231 is to gain detailed knowledge of the behaviour and the resulting effects and interactions of cooling lubricant in an ongoing production process.

Source: flusimpro.isf.maschinenbau.tu-dortmund.de