Anura3D MPM Research Community

Numerical modelling and simulation of large deformations and soil–water–structure interaction using the material point method (MPM)

Welcome to the Anura3D Community Portal. On this portal you can find all relevant information about the Anura3D MPM Research Community and Anura3D MPM Software. But more than only being a means of communication among developers, clients, consultants and project leaders, it is also a way to connect with users around the world, discuss new (innovative) applications and be a source of inspiration.

Training Course 2018 - Barcelona

Submitted by Alexander Rohe on Thu, 08/03/2018 - 09:38

Modelling large deformation and soil–water–structure interaction using the material point method

Friday, 8 June 2018
Universitat Politècnica de Catalunya (UPC), Barcelona, Spain

Large deformation and soil–water–structure interaction problems exist in many environmental and civil engineering problems, such as landslides and slope instabilities, installation of piles in saturated soils, settlement due to consolidation processes, fluidisation and sedimentation processes in submerged slopes, internal erosion in dykes, and scouring around offshore structures.

The material point method (MPM) is a numerical approach capable of modelling large deformations and, within the framework of the Anura3D MPM Research Community, it has been further developed to cope with soil–water–structure interaction.

The Anura3D v2017.2 MPM software uses a dynamic explicit MPM formulation. It is capable of simulating 1- and 2-phase materials and free surface water. A fully coupled hydro-mechanical approach is implemented to model the interaction between soil and water phases in saturated porous media. Contact problems can be solved using a contact algorithm. A library of constitutive laws is included as well as an interface for external user defined soil models.

Tutorials
Course participants will gain experience as users of the Anura3D v2017.2 MPM software. During training lectures, the attendees will learn first-hand capabilities of MPM by means of a set of practical exercises that will be undertaken following a tutorial specially designed for the course. The tutorial will include the following exercises:

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Workshop and Training Course 2018 - Berkeley

Submitted by james.fern@blue... on Wed, 14/02/2018 - 16:32

The Anura3D MPM Research Community is pleased to announce its first US workshop and training course on the material point method (MPM). The events will take place at the University of California, Berkeley.

WORKSHOP - Tuesday May 8th, 2018

The workshop is an opportunity for the MPM community to present their work, exchange ideas and expand their knowledge. It is open to both academics and practitioners who would like to share their or who would like learn more about MPM.

People who would like to give a presentation should contact Dr. James Fern.

Date: Tuesday May 8th, 2018
Hospitality fee: USD 60 (Anura3D members should request an invitation)
Registration: click here (deadline 30th April 2018)
Venue: Room 250, Sutardja Dai Hall, University of California, Berkeley, CA 94720

UC Berkeley website
Download flyer

TRAINING COURSE - Wednesday May 9th, 2018

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Training Course 2017 - Hamburg

Submitted by Alexander Rohe on Fri, 09/06/2017 - 13:48

Modelling large deformation and soil–water–structure interaction using the material point method

Friday, 29 September 2017
Hamburg University of Technology (TUHH), Germany

The material point method (MPM) is a numerical approach capable of modelling large deformations and recently, within the framework of the MPM Research Community, it has been extended to cope with soil–water–structure interaction.

The Anura3D v2017.1 software uses a dynamic explicit MPM formulation based on a single set of material points. This is capable of simulating 1- and 2-phase materials and free surface water. A fully coupled hydro-mechanical approach is implemented to model the interaction between soil and water phases in saturated porous media, which is understood as a continuum mixture of solid skeleton and pore fluid. Additionally, contact problems can also be solved since a contact algorithm is available. Finally, a library of material constitutive laws is included as well as a umat style interface for external user defined soil models subroutines.

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Training Course 2017 - Delft

Submitted by Alexander Rohe on Mon, 14/11/2016 - 15:54

Modelling large deformation and soil–water–structure interaction using the material point method

12–13 January 2017
Deltares, Delft, The Netherlands

Large deformation and soil–water–structure interaction exists in many environmental and civil engineering problems, such as landslides and slope instabilities, installation of piles in saturated soils, settlement due to consolidation processes, fluidisation and sedimentation processes in submerged slopes, internal erosion in dykes, and scouring around offshore structures. Modelling these processes is challenging due to hydro-mechanical coupling, large deformation, and contact problems.
The material point method (MPM) is a point-based numerical approach capable of modelling large deformations and recently, within the framework of the MPM Research Community, it has been extended to cope with complicated soil–water–structure interactions.

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First International Conference on the Material Point Method for Modelling Large Deformation and Soil–Water–Structure Interaction (MPM2017)

Submitted by Alexander Rohe on Mon, 03/10/2016 - 17:01

10–13 January 2017
Deltares Delft, The Netherlands

We are delighted to invite you to join us at the First International Conference on the Material Point Method for “Modelling Large Deformation and Soil–Water–Structure Interaction” organised by the Anura3D MPM Research Community in January 2017 in Delft. This is the first conference following a series of international workshops and symposia previously held in Padova (2016), Barcelona (2015), Cambridge (2014) and Delft (2013).

The aim of the conference is to provide an international forum for presenting and discussing the latest developments in both the fundamental basis and the applicability of state-of-the-art computational methods that can be effectively used for solving a variety of large deformation problems in geotechnical and hydraulic engineering. Special focus is on the numerical modelling of interaction between soils, water and structures where the interface and transition between solid and fluid behaviour plays an essential role.

For more information and the latest news regarding the conference programme and registration, please regularly visit our website at www.mpm2017.eu.

We are looking forward to welcoming you in Delft in January 2017!
The MPM 2017 Organising Committee

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