PLAXIS 3D is a finite element package intended for three-dimensional analysis of deformation and stability in geotechnical engineering. It is equipped with features to deal with various aspects of complex geotechnical structures and construction processes using robust and theoretically sound computational procedures.

PLAXIS 3D Training is tailored for Civil and/or Geotechnical graduates, practising engineers and researchers, who are especially new users of PLAXIS 3D. The participants can now familiarize themselves with the amazing features of this powerful 3D FEM tool through this quick and effective learning, enriching their computational geotechnical knowledge and enhancing their solutioning to most complex ground engineering problems. Besides lecturing, the participants will also get acquainted with the proper use of PLAXIS 3D by doing hands-on exercises.

The participants are expected to be familiar with the Windows environment, and should preferably have some experience or perceived trainings with the PLAXIS 3D. The content of the course does not extend to the theory of soil mechanics and the participants are expected to be equipped with these fundamentals.

Exercises and case studies are based on the computer program PLAXIS 3D which is used by geotechnical engineers worldwide. This user-friendly code has been developed for deformation analysis, stability assessment, groundwater flow and consolidation problems. Other additional modeling capabilities includes dynamics in ground engineering applications.

The training focuses on the PLAXIS 3D software interface and its usage. It also orientates the class to build and analyze 3-dimensional problems that includes foundation, excavation, embankment and tunneling. Proper 3D meshing technique will also be taught, therefore enables the participants to build more complex models.

Selected projects/参与的项目:

• 2D Model review for receiving shaft supported byDwalls for Kolkata Metro Station, India
• 2D Model set-up & analyses for embedded uPVC sewer pipes subjected to vehicular loading, Singapore
• 3D Model set-up & analyses - Settlement analysis of a raft foundation for a residential project
• 2D Model set-up & analyses for a earth retained cantilever double-row secant pile walls
• interpreting the computational results

Senior EngineerDefence Science and Technology Agency2008 – 2011 (3 years)• Site Characterisation at Mandai, Singapore

• External works and ancillary works at Bukit Gombak Rise, Singapore
• Proposed embankment construction at Tengah site, Singapore
• Construction of RC building and ancillary works at Nee Soon Camp, Singapore - Redesign the foundation using piled-raft for a protective structure
• Underground ammunition facilities, Singapore
• Responsible for the research and development of numerical works in rock mechanics using DDA & DEM with NTU
• Jointly developed "Borehole Manager" with NTU for rock and soil database

Geotechnical EngineerArup Singapore2007 – 2007 (less than a year)• Marina Bay Sands Geotechnical EngineerMott MacDonald Singapore2005 – 2007 (2 years)• CL Stage 2 C823 (PYL, TKT, OAR stations)

The program format consists of nine lectures amd four exercises with full tutoring and discussion. The training will be conducted in Mandarin. The organisers reserve the right to make any necessary amendments to the format or schedule.