The Department of Mechanics, Faculty of Civil Engineering, Czech Technical University in Prague, has prepared a new training course for Ph.D. students, engineers interested in simulation and researchers who wish to quickly acquire the knowledge and practical skills necessary to employ OOFEM (an object-oriented open-source software package for solid mechanics, with extensions to fluid mechanics and transport problems). Participants will learn how to create, analyze and post-process models. Moreover, they will understand the OOFEM code structure and they will learn how to implement custom material models, elements, boundary conditions, or solvers.

The course takes place in Prague on 16-18 September 2019 and it will be delivered by a team of skilled OOFEM developers. No prior knowledge of OOFEM is required; however, a basic knowledge of C++ is highly recommended.

For details see http://www.oofem.org/en/courses
Registration can be done by filling an online form. 
Questions should be addressed to oofem@fsv.cvut.cz.

This course provides an overview of modeling approaches used in the mechanics of inelastic materials and structures, with special attention to objective description of highly localized deformation modes such as cracks or shear bands. It is one of the RILEM educational courses. The course is intended for graduate students at the doctoral level, but it can be equally useful to motivated master students, post-doctoral researchers, or senior researchers who are not specialists in this field.

For details see http://mech.fsv.cvut.cz/~milan/course2019.html
For registration please contact Milan.Jirasek@fsv.cvut.cz .

September 3-5, 2019 – Autrans (Grenoble’s area, Alps, France)

Objectives : 
The combination of several risks and the associated domino effects are the subject of extensive research in engineering sciences, taking into account complex models. The consideration of the social dimensions of the management of these cascading risks is less developed. The challenge is both scientific, to take greater account of multidisciplinarity in the combined risk approach, and pragmatic, to manage crisis situations or take appropriate decisions to avoid the occurrence of other events.

The objective of this summer school is to provide an opportunity for doctoral students from the CDP Risk, as well as doctoral students and researchers from other universities, to exchange their scientific knowledge and experience on cascading phenomena.

Organized by the Risk interdisciplinary Research group of Grenoble.

All informations on registration and program on the web site :

https://risk.univ-grenoble-alpes.fr/en/main-menu/towards-a-risk-institute/news/summer-school-cascarix-cascading-effects-and-risk-management–801697.htm?RH=1520244172263

Summary 

Venue : Escandille Center (Autrans, Vercors massif)- FRANCE
Language: English
Registration: https://www.azur-colloque.fr/UGA/inscription/inscription/71

External participants (non CDP RISK members): 300 euros including accommodation at Autrans

The Department of Civil, Architectural and Environmental Engineering of the University of Naples Federico II announces ten scholarships of € 800 euros each to support PhD students from foreign universities wishing to participate in the first edition of the Mediterranean PhD School. This year the School will focus on the theme: “Impacts of Climate Change and Sustainable Engineering Responses” and will be held in Naples, in Piazzale Tecchio, in the week 7-12 October 2019. Lectures will be held by 22 internationally renowned speakers from various European countries and some professors from the Department.

The School includes the thematic course on “Weather effects on sloping unsaturated soils”.

The deadline for the scholarship call is fixed at  June 25, 2019.

All information regarding the School can be found at the link:

http://www.dicea.unina.it/page.php?id=214

Montpellier, 2-4 September 2019

For the first time, two international research networks M2UN and GeoMech organize a joint workshop with the goal of identifying and proposing future directions of research in the field of multiscale modelling for important and strategic classes of materials such as cement, concrete, soil, steel and ceramics. This coordinated initiative aims at promoting a shift of paradigm that enables progress at the interface of physics and engineering for a large variety of critical problems that are at the core of current societal, environmental and economic concerns in connection with durability and sustainability in construction, transportation, energy and waste management. The two networks (GdRI or Groupement de Recherche International) operate under the auspices of CNRS. The idea behind the GdRI Multi-scale Materials Under the Nanoscope (M2UN) and GdRI Multi-Physics and Multi-scale Couplings in Geo-environmental Mechanics  (GeoMech) is structuring the physics, chemistry, mechanics and materials science communities on a common ground for developing an integrated approach (combining simulations and experiments) for the prediction of texture properties and time evolution of complex multi-scale materials in close connection with engineering applications.