TC103 Numerical Methods in Geomechanics

Numerical Methods

TC103 Numerical Methods in Geomechanics is one of the technical committees of International Society for Soil Mechanics and Geotechnical Engineering (ISSMGE). TC103 aims to provide a forum for all interested members of ISSMGE to explore the using of computational tools and developing of advanced numerical methods to solve problems relevant to soil mechanics and geotechnical engineering. TC103 will deal with the following important technical issues:

a) Constitutive modeling, calibrations of complex soil behavior and engineering problems such as instability, strain localization and progressive failure of soil or rock structures;

b) Advanced procedures for model validation and verification;

c) The development of accurate, robust and efficient numerical methods for applications of varying needs;

d) Modeling of coupled phenomena that are useful across geotechnical engineering, rock engineering, petroleum engineering, geothermal engineering;

e) Assisting and promotion of exchange of knowledge between the academia and practicing engineers.

TC103 will focus on the following thematic topics relevant to soil mechanics and geotechnical engineering:

a) Investigation on effective predictive approaches to better understanding of coupled behavior in geomaterials (such as thermo-hydro-chemo-mechanical coupling), various instabilities modes such as strain localization, liquefaction, large deformation, underground water flow and contamination, erosion and rapid flow in geomaterials, thermo-related geomechanics;

b) Development of advanced constitutive models to characterize the complex behavior of geomaterials, including elasto-plasticity, visco-plasticity, hypoplasticity, cyclic-plasticity, soil/rock degradation, strain softening, rate-dependency and anisotropy;

c) Development of advanced predictive tools based on new numerical and analytical techniques, such as Finite Element Method (FEM), Extended Finite Element Method (X-FEM), Boundary Element Method (BEM), Material Point Method (MPM), coupled Discrete Element Method (DEM) and FEM, Moving Particle Semi-implicit (MPS) method, Smoothed Particle Hydrodynamics (SPH) method and Multiscale Modeling (MM) method.

d) Numerical implementation and calibration of advanced soil models using laboratory and field testing data; determination of model parameters using back analysis, and homogenization of locally heterogeneous geomaterials.

e) Critical evaluation of existing prediction approaches among the empirical methods, laboratory testing, simple elastic and/or elasto-plastic methods and limit analysis, and various comprehensive numerical methods.

f) Transfer of new knowledge to and training practicing engineers of the ISSMGE to address important engineering issues in dealing with natural hazards; promotion of exchange of ideas and experience between academics and practitioners.

TC103 will promote the dissemination of knowledge and practice to the member of ISSMGE on employing advanced numerical methods to facilitate deeper understanding of fundamental behavior of geomaterials and to help solving difficult problems that are of practical importance. TC103 members will be encouraged to

a) actively engage in organizing/co-organizing workshops/symposiums/conferences to facilitate the exchange of ideas and advances in computational geomechanics among academics and practitioners.

b) deliver keynote lectures and introductory lectures to the public on latest developments and new trends on numerical methods with an emphasis on geomechanics.

c) develop various schemes to draw the active participation of broad ISSMGE members. Typical examples of these include online survey of typical software packages used for their research/work, challenging problems/difficulties they have encountered or are facing in their daily work of numerical analysis. Benchmark test competitions will also be planned for all interested members to participate to test the performance of their own packing/numerical schemes on solving the same problem.

TC103 will actively seek opportunities to interact with geotechnical industry as well as other organization/society relevant to computational geomechanics. We shall encourage all regional societies to recommend experienced practicing engineering to join our technical committee. We shall also encourage them to organize various sessions with practice-oriented topics and discussion sessions with academics involved. TC103 will also actively seek collaborative opportunities to other ISSMGE technical committees as well as other professional societies to promote the advance of numerical methods in geomechanics and geotechnical engineering.

# Type Full Name Country
1 Chair Akira Murakami Japan
2 Vice Chair Helmut F. Schweiger Austria
3 Secretary Giovanna Biscontin United Kingdom
4 Nominated by TC Chair Seung Jae Lee United States
5 Nominated by TC Chair Jidong Zhao Hong Kong
6 Nominated by TC Chair John S. McCartney United States
7 Nominated by TC Chair Ryosuke Uzuoka Japan
8 Nominated Member Andrzej Truty Poland
9 Nominated Member DIEGO GUILLERMO MANZANAL Argentina
10 Nominated Member RICARDO SCHIAVA Argentina
11 Nominated Member Kaustav Chatterjee India
12 Nominated Member K. Rajagopal India
13 Nominated Member Achilleas Papadimitriou Greece
14 Nominated Member David Masin Czech & Slovak Republics
15 Corresponding Member Omer Faruk usluogullari Turkey
16 Corresponding Member Sadik Oztoprak Turkey
17 Corresponding Member muge İnanir Turkey
18 Corresponding Member Kristian Krabbenhoft Australia
19 Nominated Member Lidija Zdravkovic United Kingdom
20 Nominated Member Charles Augarde United Kingdom
21 Nominated Member Long Phung Vietnam
22 Nominated Member George Belokas Greece
23 Corresponding Member Richard Wan Canada
24 Corresponding Member K.T. Chau Hong Kong
25 Nominated Member Donatella Sterpi Italy
26 Nominated Member Claudio Tamagnini Italy
27 Nominated Member Michael Hicks Netherlands
28 Corresponding Member Veselin Zarev Germany
29 Corresponding Member Minna Karstunen United Kingdom
30 Nominated Member François NICOT France
31 Nominated Member Indra Noer Hamdhan Indonesia
32 Nominated Member Mohamed Shahin Australia
33 Nominated Member Teresa Freitas Portugal
34 Nominated Member Fahd CUIRA France
35 Nominated Member Julian Kwan Hong Kong
36 Nominated Member Johnny Cheuk Hong Kong
37 Nominated Member Dipanjan Basu United States
38 Corresponding Member Guiseppe Buscarnera United States
39 Nominated Member huina Yuan China
40 Nominated Member Maosong Huang China
41 Nominated Member Erion Bukaci Albania
42 Nominated Member Kenichi Maeda Japan
43 Nominated Member Toshihiro Noda Japan
44 Nominated Member Jürgen Grabe Germany
45 Nominated Member Oliver Stelzer Germany
46 Nominated Member Antonio Gens Spain
47 Nominated Member Mehmet Baris Can Ulker Turkey
48 Nominated Member Mustafa Koc Turkey
49 Corresponding Member Valérie Whenham Belgium
50 Nominated Member Leen Vincke Belgium
51 Nominated Member Robert Charlier Belgium
52 Nominated Member Mohammad reza Imam Iran
53 Nominated Member Minna Karstunen Sweden
54 Nominated Member V.P. DYBA Russia
55 Nominated Member Lars Andresen Norway
56 Nominated Member Marcin Cudny Poland
57 Nominated Member Pablo Mira Spain
58 Corresponding Member Fusao Oka Japan

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Host Member Society: Japan

Short name: Numerical Methods (TC103) - Terms of Reference - to be approved

GeoWorld GroupNumerical Methods in Geomechanics (TC103)

Contact Technical Committee : Numerical Methods