The Department of Civil and Environmental Engineering invites applications from qualified candidates for a preliminary tenure‐track appointment in Engineering and Northern Development at the rank of Assistant or Associate Professor beginning July 1, 2021.
The candidate will be expected to have technical capacities to engage in research supporting the convergent problems of resource industry sustainability, northern development, and resilient infrastructure for northern communities in a changing climate. In‐line with the Calls to Action of the Truth and Reconciliation Commission, training of indigenous students and professionals, and respectfully interacting with northern communities to increase Northern Canada’s technical knowledge base will be an important component of this position.
The research focus should complement existing strengths in the department. Research areas may include but are not limited to: buildings, transportation corridors, and other infrastructure in zones of climate‐ driven permafrost thaw; mine site reclamation; soft soil engineering; and water‐permafrost‐infrastructure interactions. Expertise in monitoring soils and infrastructure in the field would be desirable. Experience and/or a strong interest in working in Northern Canada and with Indigenous communities would be an asset.
We encourage applications from candidates from groups underrepresented in Engineering and/or with experience in mentoring students from such groups.
There are two PhD positions available in the Department of Civil and Environmental Engineering, UPC BarcelonaTECH, in the Division of Geotechnical Engineering and Geosciences (pdf file available here).
The successful candidates will work within the framework of the multidisciplinary research project EROSLOP “Multiscale analysis of soil erosion in steep slopes” (https://eroslop.upc.edu) EROSLOP is an ambitious project gathering teams from different disciplines. It involves the study and modelling of erosion processes under climatic actions at different scales and in different materials and environments: granular materials (in till debris flow catchments), silty compacted materials (for man-made embankments) and degraded hard clays (in “bad lands” slope reliefs). Research includes laboratory works, field surveys, recognition campaigns, sites monitoring and modelling works. The pursued objective is the integration of the processes and factors identified at the different scales within a comprehensive multiscale analysis tool.
We are on the lookout for TWO exceptionally bright and eager Ph.D. students to join our Theoretical & Applied Geomechanics (TAG) research team, to work in the areas of computational geomechanics and geotechnical earthquake engineering. The candidate must hold an M.Sc. degree in geotechnical engineering and must have solid knowledge in applied mechanics and continuum and/or discrete element modeling (computation and/or program development). Consideration will be given to candidates with a proven record of relevant academic background. The candidate must be able to work in a team since she/he will interact closely with several members of a multi-disciplinary research group. The ideal candidate would be skilled in at least one of the following areas:
FEM, FDM, MPM for solid mechanics (computation and/or program development);
DEM for granular systems (computation and/or program development);
Knowledge in mechanics and constitutive modeling of geomaterial;
Proficiency in a programming language (C++, Fortran, Python).
The safety, sustainability and efficiency of many geotechnical structures (e.g. geological disposal of hazardous waste, dikes, landfills) strongly rely on the performance of clays, which are used as natural or engineered barrier to limit fluid flow and pollutant transport. Accordingly, fractures that develop in clays as a result of mechanical and/or environmental loading often represent a threat to the structures. Understanding the development and fate of these fractures is therefore crucial to assess the performance of geotechnical structures.
The aim of the PhD project is to experimentally investigate the development and fate of cracks in clays subjected to mechanical and environmental loads.Emphasis is on understanding the self-sealing and self-healing mechanisms.
As part of the research project, the PhD candidate will develop a novel experimental set-up to track the state of fractures during the self-sealing and self-healing process. The PhD candidate will therefore benefit from world class laboratory and imaging facilities already available in the Faculty of Civil Engineering and Geosciences of TU Delft and partner institutions (via existing strong collaborations such as EPOS-NL), and the support of experience technical staff.
On behalf of the organisation committee of the 14th Euroconference on Rock Mechanics and Rock Physics, I have the pleasure to let you know that the
14th Euroconference on Rock Mechanics and Rock Physics will take place from the 30th of August to the 3rd of September 2021 in Glasgow (Scotland).
The themes of the conference are presented in the following video:
Please note that this is a very first announcement for you to save the days, please. Further information on the conference (including the organisation committee, the registration fee and abstract submission) will follow towards the end of the year in the conference website.
Until then, it would be great if you could participate in the survey below and provide your feedback, please.
We welcome applications for two PhD positions within IAPETUS2 Doctoral Training Partnership (DTP), funded and accredited by the Natural Environment Research Council (NERC). The projects focus on experimental and numerical investigations within the Energy Geostructures field and are co-led by supervisors from both Heriot-Watt University (HW) and Newcastle University (NU).
The Computing Center for Geotechnical Engineering (COMEGE) of Zhejiang University has openings for postdoctoral fellows in computational geomechanics. Successful candidates should demonstrate a good publication record on geomechanics, engineering mechanics, and/or numerical methods (e.g. FEM, DEM, MPM, SPH, peridynamics), and are expected to conduct independent research on these areas. A good knowledge of high-performance computing and code developing will be a plus.
The Hainan Institute of Zhejiang University invites applications for two postdoctoral positions in Geotechnical Engineering. The Institute seeks applicants in all areas of Geotechnical Engineering with representative examples including but not limited to: offshore geotechnics, numerical and physically modelling of geo-materials. All candidates with advanced experience in experimental (particularly centrifuge modelling), field, computational, or a combination of these geotechnical capabilities will be considered.
About the Institute: Zhejiang University, one of the top universities in Asia, is one of the earliest institutions of higher education in China. It ranks 53th according to QS World University Rankings 2020.
AVAILABLE POSITION: There are currently two postdoctoral positions at the Hainan institute of Zhejiang University funded by the institute in the year of 2021. The positions offer the possibility of working on the ocean geotechnical engineering.
Digital Soil Mapping and smartphones technology for assessing soil physical and mechanical properties
Soil properties (such as organic carbon) can be estimated using modern data mining and modelling approaches. The proposed approach correlates soil colour and image structure metrics extracted from smartphone and tablet camera images, as well as environmental factors. This principle was used as a foundation to develop a mobile phone app which measures Scottish soil organic carbon content. This project aims to improve on this concept with a model that enhances the performance and functionality, and integrates it with the system hosting the app. Furthermore, the project proposes analysing the pH, bulk density, particle size distribution and permeability of the soil utilising images. Upon the development of the model, a new SolEst app will be developed which provides an environmentally-friendly and costless platform for land managers working in the construction and agriculture sectors to analyse these and other soil properties using their mobile phone. This interdisciplinary project merges geotechnical engineering, digital technology and artificial intelligence to introduce a cutting-edge method for soil analysis using smartphone which is widely available.
The project is the combination of modelling, laboratory and experimental work which enables the PhD candidate to acquire skills of programming, working in-situ and in laboratory during the course of the program.