Dear All,

as a Coordinator of LARAM School I am pleased to share this announcement with ALERT Geomaterials community. Looking forward to meeting you in Hong Kong, in June 2025.

Best regards,

Sabatino Cuomo

LARAM Course 2025

2 – 7 June 2025, The University of Hong Kong, HKSAR, China

1-WEEK SPECIAL COURSE FOR POST GRADUATE STUDENTS, EARLY CAREER ACADEMICS AND PROFESSIONALS

The LARAM international training course in Hong Kong (China) is an initiative jointly conceived by the University of Salerno (UNISA), the University of Hong Kong (HKU), Geotechnical Engineering Office (GEO) of the HKSAR Government, and the Hong Kong University of Science and Technology.

The aim the initiative is to develop and conduct a training course dealing with landslide risk management, to be delivered by renowned landslide experts of international reputation.

Detailed information at: https://www.laram.unisa.it/school/2025hk/2025hk and attached the file

within the framework of LARAM School “LAndslide Risk Assessment and Mitigation” (www.laram.unisa.it) – “a long-term dissemination action”

We welcome submissions to Computational Geomechanics at the US National Congress on Computational Mechanics. The conference will be in Chicago, July 20-24, 2025. Full description below. We would love to have contributions from you, your students, or your collaborators in this area. The abstract submission deadline has been extended to January 31. Abstracts may be submitted at https://usnccm18.usacm.org/abstract-submission. The minisymposium number is 1205. Please feel free to share.

Please feel free to contact Craig Foster, fosterc@uic.edu, if you have any questions.

On February 11th and 12th, the GeoDict Innovation Conference will once again open
its doors. As a leading simulation event, the GIC provides an exceptional platform for
exchanging knowledge and information on material research and development.
We eagerly anticipate welcoming experts from science and research, along with
representatives from renowned companies across various application areas.
The topics include:

• Digital workflows in material R&D, rock analysis, filtration, batteries, hydrogen
  energy, and Additive Manufacturing.
• Engaging case studies and customer presentations to gain insights from practical
  applications of GeoDict.
• New features and first hands-on experiences in GeoDict 2025.
• Networking opportunities with industry professionals and researchers.

Check out the whole program featuring engaging presentations, topic-specific breakout sessions, and a vibrant networking environment via the following link and register now.

This is a reminder that the deadline for submitting an abstract to EGU 2025 is fast approaching. Contribution about debris flow research are welcome at the following session:

Title:   Debris flows: advances in mechanics, monitoring, modelling and risk management

Deadline: 15 January 2025, 13:00 CET

Link for submission:  https://meetingorganizer.copernicus.org/EGU25/abstractsubmission/52293

Conveners: A. Leonardi, J. Hirschberg, M. Hürlimann, S. Li, S. Savi

Here the session description summary:

Debris flows are among the most dangerous natural hazards, threatening people and infrastructure in mountainous and volcanic regions. Understanding their initiation, dynamics, and associated erosion/deposition processes is critical for hazard assessment, land-use planning, mitigation design, and early-warning systems. Climate change may heighten these hazards, requiring further research into its impacts.
Efforts to study debris flows and lahars are increasing, but challenges in measuring their initiation and propagation have spurred a range of laboratory experiments and monitoring studies. Improving instrumental observations is crucial for accurate modelling and hazard mapping. Advances in sensor networks, remote sensing, AI, and data-driven models provide new opportunities for understanding and managing these hazards.
This session invites scientists, practitioners, and decision-makers to share their work on field studies, debris-flow mechanics, experiments, modelling, monitoring, climate change impacts, hazard assessment, and early warning systems.

Dear Colleagues,

We are pleased to invite you to present your work in the invited session on “Computational Models and Methods for Multiphysics Processes in Multiphase Porous Media” (Session Code: 015)

that we are organizing for the 11th International Conference on Coupled Problems in Science and Engineering – COUPLED PROBLEMS 2025, https://coupled2025.cimne.com/

This ECCOMAS thematic conference and IACM Special Interest Conference will be held on 26-29 May in Villasimius (Sardinia), Italy.

The summary of the invited session can be found in the attached PDF.

Dear Colleagues, 

We are pleased to invite you to submit an abstract to the session EMRP1.7 “Laboratory characterization and numerical modelling of soft rocks” for the next EGU GENERAL ASSEMBLY 2025 which will be held in Vienna from April 27 to May 2, 2025.

The session will be convenered by Maria Lia Napoli (from the Department of Structural, Geotechnical and Building Engineering of Torino Polytechnic) and myself (Chiara Caselle, from the Department of Earth Science of Torino University) and will focus on the laboratory characterization and modeling of the thermal-hydraulic-mechanical-chemical (THMC) behaviour of weak/soft rocks and rock masses.

These rocks represent a challenge in several geoengineering contexts, due to their low strength, high heterogeneity, high proneness to drastic weathering or fracturing processes, and to the fact that they can develop time-dependent and water-interaction-dependent deformations (e.g., creep, swelling, squeezing).

Despite these materials raised big attention in the geotechnical and rock mechanics scientific communities in the last decades, several questions remain open about the understanding of the complexity that drives their behaviour, posing risks to the safety and longevity of infrastructures and to the stability of natural slopes and sea cliffs.

For these reasons, this session proposes to collect contributions about the THMC behaviour of soft rocks and rock masses, welcoming laboratory, modeling and case studies topics, with the objective of revealing our capability of effectively characterizing and predicting the behaviour of these materials. We hope that you wish to contribute to the discussion with your research!  

You can find more information at https://meetingorganizer.copernicus.org/EGU25/session/51719 and the attached PDF.

The abstract deadline is January 15th (13:00 CET)!

We look forward to seeing you in Vienna!

Sincerely, 

Chiara and Maria Lia

It is our great pleasure to invite you to participate and present your latest work in the Mini Symposium on “Advances in Constitutive Modeling of Soils and Parameter Determination” (MS-24) that will be held during the ASCE Engineering Mechanics Institute 2025 International Conference (EMI 2025-IC), at Tsinghua University in Beijing on Jul 17-20, 2025. 

The co-organizers of MS-24 include Rui Wang, Yan-Guo Zhou, Majid Manzari, Mahdi Taiebat, Kyohei Ueda, and Zhongxuan Yang.

This Mini Symposium aims to bring together researchers to discuss the needs, challenges, advances, and innovative paths forward for the development of constitutive models for soils and accurate parameter determination for advanced soil models.

Contributions are welcome on, but not limited to the topics below:

• Constitutive modeling of soils under complex loading conditions
• Constitutive modeling of special types of soils
• Machine learning in constitutive modeling of soils
• Optimization algorithms and machine learning methods in soil model calibration
• Parameter determination using combination of laboratory and in-situ measurements
• Validation and application of soil constitutive models and calibration methods

The deadline for the submission of abstracts is February 3, 2025, and we are excited to receive your abstract in due course. The link for abstract submission is https://emi-ic.asce.org/call-abstracts.

We look forward to your contributions soon.

We are pleased to invite you to participate in the mini-symposium “MS-19: Offshore Geotechnics and Wind Turbine Foundations” at EMI 2025 IC, scheduled for July 17-19, 2025 and hosted by Tsinghua University in Beijing, China. Topics of interest include, but are not limited to:

• ●Soil-structure interaction
• ●Pile installation techniques and their effects on short- and long-term pile capacities
• ●Constitutive models for soils, particularly in capturing their high-cycle responses
• ●Advanced numerical methods for simulating large deformations and long-term service responses of pile foundations
• ●Model and centrifuge testing of pile foundations
• ●Field and case studies
• ●Future trends in emerging technologies in offshore geotechnics

Abstract submission is now open and will remain open until February 3, 2025. You can submit your abstracts here. Please ensure you select MS-19 for the MS Code during submission.

For more details about the MS, please refer to the attached PDF. We look forward to welcoming you in Beijing!

The next gathering of the European Geoscience Union – EGU 2025 (Vienna, April 27 to May 2, 2025) will host the session on Petrophysics and Geomechanics for the Energy Transition, convened by Paul Glover (University of Leeds), Wenzhuo Cao (Utrecht University), Daniela Navarro-Perez (University of Southern Chile), Ashley Stanton-Yonge (UCL), Roberto Rizzo Utrecht University) and Eszter Békési (Hungarian Research Network).

Petrophysics and geomechanics have been critical tools in the exploitation of naturally occurring fossil fuels. Now that the world is transitioning away from fossil fuels towards sustainable energy and material sources, these same methods still have critical roles to play. The methods remain the same – it is only their applications that have changed, helping to drive the globe towards net zero and beyond. Conventional petrophysics and geomechanics are being applied to new challenges, ensuring that the wheel does not need reinventing.

The aim of this session is to explore and foster the contribution of petrophysics and geomechanics to improve development of sustainable energy and material resources in the transition to low-carbon energy and net zero.

Papers should show research or deployment involving theory, concept, measurement, modelling, testing, validation of the deployment of petrophysics and/or geomechanics, from/across angström to basin scales, that has the potential for driving us towards net zero, including pore-scale processes that link fluid flow, geochemistry and geomechanical properties, and studies linking petrophysical and geomechanical properties across multiple scales.

Applications include, but are not limited to, (i) carbon capture and storage, (ii) subsurface energy storage, (iii) geothermal energy, (iv) non-carbon gas exploitation (e.g. helium and white hydrogen), (v) wind energy, (vi) hydroelectric energy, (vi) solar energy, (vii) battery storage for smoothing of Intermittent Renewable Energy Sources (IRES). In each case including provision of critical minerals (e.g., lithium, cobalt, neodymium), engineering and groundwater flow are included.

Approaches may include laboratory measurement, field studies, multi-scale imaging, pore-scale and DRM modelling, reactive flow, reservoir modelling, 3D quantification and dynamic simulation, fracture modelling, heat flow quantification and modelling, reservoir integrity cap-rock studies, quantitative evaluation of porosity, permeability or any other properties or approach.

Interested participants are welcome to submit an abstract before January 15, 2025 (13:00 CET).

A short advertising video available at  https://www.youtube.com/watch?v=FkI_yZsi1y8  

Submission of abstracts through: EMRP1.2 – Abstract submission (copernicus.org)

We would like to invite you and your colleagues to participate in on-line session NP7.1 “Non-linear Waves and Triggering Effects” at European Geosciences Union General Assembly 2024 https://www.egu25.eu.

Division: Nonlinear Processes in Geophysics
Conveners:
Arcady Dyskin¹, Elena Pasternak¹, Sergey Turuntaev^2 
1University of Western Australia, Perth, Australia
²Inst. of Geosphere Dynamics of Russian Academy of Sciences, Moscow, Russia

The congress will be held on 27 April–2 May 2025. The EGU General Assembly 2025 (EGU25) will be a conference with a virtual component where everybody is welcome, in person or online! 

The session is NP7.1
The deadline for abstracts is 15 January 2025.

Waves in the Earth’s crust are often generated by fractures in the process of their sliding or propagation. Conversely, the waves can trigger fracture sliding or even propagation. Analysis of wave propagation and their interaction with pre-existing or emerging fractures is central to geophysics. Recently new observations and theoretical concepts were introduced pointing out to the limitations of the traditional concepts. These are:
• Multiscale nature of wave fields and fractures in geomaterials
• Rotational mechanisms of wave and fracture propagation 
• Strong rock and rock mass non-linearity (such as bilinear stress-strain curve with high modulus in compression and low in tension) and its effect on wave propagation 
• Apparent negative stiffness associated with either rotation of non-spherical constituents or fracture propagation and its effect on wave propagation
• Triggering effects and instability in geomaterials
• Active nature of geomaterials (e.g., seismic emission induced by stress and pressure wave propagation)
• Mechanics of granular material blowout by gas filtration
• Non-linear mechanics of hydraulic fracturing
• Synchronization in fracture processes including earthquakes and volcanic activity

Complex waves are now a key problem of the physical oceanography and atmosphere physics. They are called rogue or freak waves. It may be expected that similar waves are also present in non-linear solids (e.g., granular materials), which suggests the existence of new types of seismic waves. 

It is anticipated that studying these and related phenomena can lead to breakthroughs in understanding of the stress transfer and multiscale failure processes in the Earth’s crust, ocean and atmosphere and facilitate developing better prediction and monitoring methods. The session is designed as a forum for discussing these and similar topics. 

Best regards,
On behalf of the convener’s team