SENIOR
GEOTECHNICAL/TUNNEL ENGINEER (17 years experience)
Ardie Purwodihardjo
39 years
old
Married
Personal
address : 40
ALAN CRESCENT
EIGHT
MILE PLAINS
QLD 4113
Australia
tel. : 61-7 32197937 (home)
Adresse
e-mail : apurwodihardjo@golder.com.au, apurwodihardjo@gmail.com
|
Education |
BEng Civil Engineering, Catholic Parahyangan University, MEng Civil Engineering (structure), University of Indonesia, MSc Civil Engineering (soil mechanic), Ecole Centrale de Lyon, PhD Geotechnical Engineering (soil mechanic),
Ecole Centrale de Lyon, |
|
Affiliations |
Graduate member of the Institution of Civil
Engineers (I.C.E.), Member of British Tunnelling Society
(B.T.S.), Member of the Institution of Indonesian Civil
Engineers (HAKI), Chartered Structural Engineers (SIBP), |
|
Honours and Awards |
Mahar Schützenberger (young researcher
honorary for Indonesian postgraduate students in |
|
Languages |
English, French and Indonesian |
|
Experience August 2005
to date |
Golder Associates
|
|
January 2004 to July
2005 |
ATKINS Epsom,
Senior Engineer Responsible for
assessment analysis
and numerical modelling (limit
equilibrium, finite element, finite difference & discrete element
modelling) for a wide range of projects,
including the design and assessment of cut-and-cover tunnel, driven tunnel,
mining and ground treatment (ground improvement). |
|
June 2000 to January
2004 |
Ecole Centrale de Lyon
Lyon,
France PhD Student Research into time-dependent and strain
softening behaviours of the ground. A new constitutive model, which takes
into account those behaviours until rupture of the ground, has been
introduced. This model has been implemented into finite difference software,
Fast Lagrangian Analysis of Continua (FLAC). A new numerical analysis
procedure for predicting deformations induced by tunnelling has been
established as well. To describe this procedure and the capability of the
model, a comparison between numerical calculations (2D and 3D) and monitoring
the progressive closure of tunnel conducted in the TGV tunnel of
Tartaiguille, has been performed by using FLAC. |
|
October 1999 to June
2000 |
Dinamika Kreasi Director Responsible for marketing, project costing,
management, and technical support in structural and geotechnical aspects for
commercial and industrial building projects.
|
|
January 1996 to
September 1999 |
Widyatama Bahana Consultant Head of Civil
Engineering Division Responsible for marketing, project
costing, management, and technical support in structural and geotechnical for
civil projects. Provided leadership in
technical aspects of major civil engineering projects including site
investigation, programming, analysis, design, and reporting. Managed
geotechnical sub-consultants and other design engineers. |
|
October 1993 to December
1995 |
ARKONIN Senior Engineer Engineer involved
in design and detailing of structures (reinforced concrete and steel) and
foundations ranging from industrial buildings to multi-storey office blocks. |
|
October 1991 to September 1993 |
Diagram Triproporsi Jakarta.
Indonesia Civil Engineer Engineer involved in
site investigation, design, detailing and construction supervision of coastal
and marine works. |
|
PROJECT RELATED EXPERIENCE – UNDERGROUND
CONSTRUCTIONS |
North South Bypass Tunnel
|
|
Gateway
Project Preparation of tender documents for Design
and Construct tender. Developed finite element (PLAXIS) soil-structure
interaction models for designing and detailing of the underpass road and
retaining structures. |
|
North
South Bypass Tunnel Preparation
of tender documents for Design and Construct tender. Developed finite element
(PLAXIS) soil-structure interaction models for designing and detailing of the
cut-and-cover tunnels and temporary excavation supports. |
|
Tugun
Bypass Tunnel Gold
Coast, QLD, Preparation
of tender documents for Design and Construct tender. Developed finite element
(FLAC) soil-structure interaction models for designing and detailing of the
cut-and-cover tunnels and temporary excavation supports. |
|
Maintenance
of 145km of London Underground Ltd. deep tube tunnel and station
infrastructure. Responsible for site inspections, analytical and numerical
assessment analyses of Deep Tube Tunnel (DTT) assets. Developed the system to
assess the assets. |
|
Cross
Passage Tunnel Ground Freezing Construction
of three cross passages beneath the |
|
Old
Drainage Tunnels Stabilisation
of the old drainage tunnels in high weathered rocks. Undertaken the
assessment of drainage driven tunnels using kinematic analyses (DIPS and
UNWEDGE 3D) and developed finite difference (FLAC) and distinct element
(UDEC) soil structure interaction models. Proposed the treatments to
stabilise the tunnels. |
|
Tunnels
and Portal Structures, East-West Motorway Construction
of tunnels and portal structures in highly to slightly weathered rocks for
the East-West Motorway. Method of excavation used is NATM with rock bolts and
shotcrete as temporary supports and cast in-situ concrete as permanent
lining. Cement grouted glass fibre reinforced plastic (GFRP) has been used to
stabilise the working face. Developed finite difference (FLAC) soil-structure
interaction models for designing and detailing of the cut-and-cover and
driven tunnels and temporary excavations support. Coordinated the design
process with other design engineers. |
|
Rock Salt Mines Stabilisation
of the abandoned rock salt mines. Developed finite difference (FLAC)
soil-structure interaction models for assessing the mines. Proposed the
treatments to stabilise the mines. In this analysis deterioration properties of
the ground over times has been taken into account for assessing the life time
of the mines. This model has been calibrated by in-situ instrumentations
results. |
|
PROJECT
RELATED EXPERIENCE – GEOTECHNICAL ENGINEERING |
|
QBH Coal
Terminal Expansion Expansion
of the |
|
Little
Slope
remediation of the Little |
|
DaVinci
Precinct Design of large scale building development area, generally involving preloading and
surcharging of thick soft alluvial deposits, requiring ground improvement and
careful staging to control stability and residual settlement. |
|
Adaro Coal
Mine South
Kalimantan, Indonesia Design of
large scale open mine area, generally involving slope stability analysis for
excavations of the mine. |
|
Taman Niaga
Karawang Prima Project Jakarta,
Indonesia Design of large industrial development area,
generally involving slope protection using soil nailing and geosynthetic fabric
and ground improvement for the expansive soils using lime stabilisation
method. |
|
PROJECT
RELATED EXPERIENCE – BUILDING CONSTRUCTIONS |
|
|
Residential
and Building Projects Various Project manager for geotechnical and structural
design works on all projects below |
|
|
·
Zokino Hotel Project, |
- 12 storey hotel building with a
basement and a total area of 20,000 m2 |
|
·
Kia office and show room Project, |
- 8 storey building with a basement
and a total area of 12,000 m2 |
|
·
Daan Mogot Project, |
- reassessment and reinforcement
of a 5 storey building after fire with a total area of 44,000 m2 |
|
·
Graha Chandraca I Project, Jakarta, Indonesia |
- 28 storey office building with 2
basements and a total area of 44,000 m2 |
|
·
Chandra Hotel Project, Jakarta, Indonesia |
- 6 storey hotel building with a
basement and a total area of 7,000 m2
|
|
·
Assy &
Welding E-3 Gaya Motor, |
- 3 storey automobile factory with
a total area of 24000 m2 |
|
·
Talavera Tower
Project, Jakarta, Indonesia |
- 24 storey office building with 2
basements and a total area of 50,000 m2
|
|
·
DEA Project, Jakarta,
Indonesia |
- 11 storey office building with a
basement and a total area of 15,000 m2
|
|
·
Graha Cijantung
Project, |
- 4 storey shopping centre with a
basement and a total area of 55,000 m2
|
|
·
Duta Merlin
Redevelopment Project, |
- 3 towers building (office, hotel
and apartment), 24 storey, 4 basements and a total area of 200,000 m2 |
|
·
Batuceper Project, |
- 7 storey office building with a
total area of 7,000 m2 |
|
Responsible
for the following scope of work on the majority of the projects:
|
|
|
Residential
and Building projects Various Senior engineer for geotechnical and
structural design works on all the projects below. |
|
|
·
Ciputra Special School Project, |
- 4 storey building with a total area of
10,000 m2 |
|
·
Tarumanegara University Project, Jakarta, Indonesia |
- 12 storey building with 3 basements and a
total area of 40,000 m2 |
|
·
Rainbow Hills Project, |
- 4 storey building with a total area of
15,000 m2 |
|
·
Royal Sentul Highland, |
- 2 storey building with a total area of
7,000 m2 |
|
·
Citraland Regency Apartement, |
- 2 towers building, 24 storey, 2 basements
and a total area of 72,000 m2 |
|
·
|
- 12 storey hotel building with a basement
and a total area of 21,000 m2 |
|
Responsible
for the following scope of work on the majority of the projects:
|
|
|
PROJECT
RELATED EXPERIENCE – PORT FACILITIES AND MARINE ENGINEERING |
|
Jetty
Projects Various Civil engineer on all the projects below |
|
·
Sari Sarana Kimia project, Merak, Indonesia ·
Golden Key
Jetty Project, ·
|
|
Responsible
for the following scope of work on the majority of the projects: ·
Undertaken site investigations (soil, current, tidal and sounding) ·
Design of large breakwater works ·
Design of large jetty structures including trestle, loading platform,
berthing dolphins, mooring dolphins and gravity structures ·
Heavy duty pavement design for interlocking block paves, flexible, and
rigid pavement design to accommodate traffic including standard trucks
and 100 tonne fork lifts ·
Preparation of tender documents ·
Advised in tendering processes ·
Construction supervision during constructions. |
|
PUBLICATIONS
: |
|
o Purwodihardjo Ardie, Cambou
Bernard, Effect
of strain-softening on settlement due to tunnelling in soft soil,
Lecture Notes in Earth Sciences, Vol. 99 : New Paradigms in Subsurface
Prediction, M. S Rosenbaum and A.K. Turner (Eds.), Springer-Verlag, May 2003,
173-188. o Purwodihardjo Ardie, Bernat
Sylviane, Cambou Bernard & Dubois Pascal, Analysis of soft soil-structure
interaction in tunnelling, Proceedings of the 3rd
International Symposium on Geotechnical Aspects of Underground Construction
in Soft Ground, Toulouse, France, Spécifique, April 2003, 69 – 74. o Purwodihardjo Ardie, Jong Tomy,
Cambou Bernard, Application of CJS Model in
Tunnelling, Publication Scientifique de l’AEIF, Vol. 2
Number 1, Dec. 2002, page 109- 114. o Purwodihardjo Ardie, Cambou
Bernard, Influence
of viscous effects in the forecasting
of deformations induced by tunnelling, Proceedings
of the Seventh International Conference on Computational Plasticity (COMPLAS 2003)
– Fundamental and Applications, D.R.J. Owen, E. Oñate and B. Suárez (Eds.),
International Center of Numerical Methods in Engineering (CIMNE), April-2003, Barcelona, Spain, 59 (1-17). o Purwodihardjo Ardie, Cambou
Bernard, Application of Time-Dependent Model
in Tunnelling, Proceedings Vol. 1 of the Third
International Conference on Deformation Characteristics of Geomaterials
"ISLYON03", September 2003, o Purwodihardjo Ardie, Cambou
Bernard, The role of a time-dependent model in
the prediction of deformations induced by tunnelling, Underground
Construction 2003, September 2003,
London, UK. o Purwodihardjo Ardie, Cambou
Bernard, Prediction of deformations induced by
tunnelling using a time-dependent model, Third
International Symposium on FLAC and FLAC3D Numerical Modelling in
Geomechanics, October 2003, Sudbury,
Canada. o Purwodihardjo Ardie, Bernat
Sylviane, Cambou Bernard & Dubois Pascal, New
approach in convergence-confinement method, Scientific
Publication of AEIF, Vol. 3 Number 1, Dec. 2003, 86 - 92. o Purwodihardjo Ardie, Cambou
Bernard, Time-dependent
modelling for soils and its application in tunnelling,
International Journal for Numerical and Analytical Methods in Geomechanics,
Volume 29, Issue 1, Jan. 2005, 49-71. o Biliris Christos and Purwodihardjo
Ardie (2005), Numerical
analysis of an opening in a bolted cast iron tunnel lining,
Underground Construction 2005, The
Institute of Materials, Minerals & Mining and the British Tunnelling
Society (Organizers), October 2005, o 11. Purwodihardjo Ardie (2007), Numerical
analysis for design of tunnels, Proceeding International Workshop on Tunnel
Engineering, Parahyangan Catholic
University, September 2007, Bandung, Indonesia. |
Ingénieur
BTP Confirmé (17 ans d’expérience)
Ardie Purwodihardjo
39 ans
Marié
Adresse personnel : 40
ALAN CRESCENT
EIGHT MILE PLAINS
QLD 4113
tel. : 61-7 32197937 (fix)
Adresse
e-mail : apurwodihardjo@golder.com.au, apurwodihardjo@gmail.com
Formation :
2000 – jan. 2004: Thèse de doctorat en Génie Civil à l’Ecole
Centrale de Lyon (mention très honorable)
Sujet :
« Modélisation
des déformations différées lors du creusement des tunnels »
1999 :
Stage à l’Ecole Centrale de Lyon (6 mois)
Sujet : « Numerical analysis
of tunnelling in soft soil with strain-softening behaviour »
1997 – 1999 : Master
degree en Génie Civil (mention très bien) à
l’Université d’Indonésie, en coopération avec l’Ecole Centrale de Lyon
1987 – 1991 : Diplôme d’Ingénieur en Génie Civil (mention bien) à l’Université
Catholique Parahyangan, Bandung, Indonésie
Compétences
Etudes techniques :
• effectuer des calculs
numériques en géotechnique (2D et 3D): les ouvrages souterrains, excavations et
méthodes de support, les ouvrages en terre, les fondations superficielles et
profondes, la stabilité des pentes et murs
• effectuer des calculs
numériques de structures (2D et 3D): les ports, jetées et brise-lames
• effectuer des
investigations géotechniques in situ et contrôler les travaux
• effectuer des calculs
numériques de structures (2D et 3D): les
bâtiments (maisons de luxe, hôtel, et tour de bureaux) en béton et acier
Informatique :
Logiciels
scientifiques :
•
FLAC (2D et 3D)
•
UDEC
•
PLAXIS (2D et 3D)
•
PHASE2
•
EXAMINE (2D et 3D)
• DIPS
• UNWEDGE 3D
• PIGMY
• SLOPE/W, GOLDNAIL
• GEOPRO
• STABR
• ACES (AUTOMATED COASTAL ENGINEERING SYSTEM)
•
ETABS, SAP, SAFE, STAAD III
•
SANS 89, DINT, SBI
•
AUTOCAD
•
C++, Mathcad, Maple
Logiciels
bureautiques :
• Microsoft-Word, Excel, Project, Powerpoint, Frontpage
Expériences
Professionnelles :
Aug. 05 - : GOLDER ASSOCIATES, Geotechnical Division,
Fonction :
Senior Engineer (ingénieur confirmé)
· Responsable de calcul de structure et
d’analyse géotechnique
· Analyse de méthode de construction
appliquée
Projets conçus:
·
NORTH SOUT BYPASS
TUNNEL,
·
GATEWAY PROJECT,
·
NEW PARALLEL RUNWAY
·
TUGUN BYPASS TUNNEL
Gold
Coast, QLD,
·
QBH COAL TERMINAL
EXPANSION
·
LITTLE
·
DaVINCI
PRECINT
·
ADARO COAL MINE South Kalimantan, Indonesia
Jan. 04 – Jul. 05 : ATKINS, Tunnelling Division,
Fonction :
Senior Engineer (ingénieur confirmé)
· Responsable de calcul de structure et
d’analyse géotechnique
· Analyse de méthode de construction
appliquée
Projets conçus:
·
BAKERLOO, CENTRAL et VICTORIA LINES
PROJECT, London, UK
– responsable d’analyse et d'évaluation des tunnels
·
Lok Ma Chau TUNNEL, Hong Kong
– responsable d’analyse du traitement de
congélation de sol
·
STABILISATION du VIEUX
DRAINAGE, ARABIE SAOUDITE
– responsable d'évaluation de la stabilité
des tunnels
·
TUNNELS – AUTOROUTE EST–OUEST, ALGÉRIE
– responsable de calcul de structure et
d’analyse géotechnique
·
STABILISATION de MINES, NORTHWICH, UK
–
responsable de réévaluation et d’analyse numérique de Mines basée sur des
résultats d’instrumentation
1999 –
2000 : Dinamika Kreasi (Entreprise
d’Ingénieur Conseil (BTP))
Fonction : Directeur
· Contact avec les clients
· Marketing
· Responsable de calcul de structure et
d’analyse géotechnique
· Analyse de méthode de construction
appliquée
Projets
conçus:
· Zokino Hotel Batam, Indonésie
(superficie : 12.000 m2, 1 sous-sol+R+12)
· KIA office show room, Jakarta,
Indonésie (superficie : 9.000 m2, 1 sous-sol+R+8)
· Maisons de luxes, Jakarta, Indonésie
1996 – 1999 : PT . Widyatama
Bahana Consultant (Entreprise d’Ingénieur Conseil (BTP))
Fonction :
Chef du département BTP
· Contact avec les clients
· Marketing
· Responsable de calcul de structure et
d’analyse géotechnique
· Analyse de méthode de construction
appliquée
· Organisateur du concours de sélection des
entreprises de projet
Projets
conçus et exécutés :
· Evaluation de la structure du bâtiment après
incendie, Daan Mogot Mal, Jakarta,
Indonésie (superficie : 44.000 m2, 1 sous-sol+R+5)
· Graha Chandraça I, Tour de bureaux,
Jakarta, Indonésie (superficie : 45.000 m2, 2 sous-sols+R+28)
· Chandra
Hotel Project ; Jakarta, Indonésie (superficie : 7.000 m2,
1 sous-sols+R+7)
· Assy & Welding E-3 Gaya Motor,
Usine d’automobiles,
· Talavera
Project, Tour de bureaux, Jakarta, Indonésie (superficie :
50.000 m2, 2 sous-sols+R+24)
· DEA
Project, Tour de bureaux, Jakarta, Indonésie (superficie :
15.000 m2, 1 sous-sol+R+11)
· Graha
Cijantung Project, Centre Commercial, Jakarta, Indonésie
(superficie : 55.000 m2, 1 sous-sol+R+4)
· Duta
Merlin Redevelopment Project, Centre Commercial, Appartements et
Bureaux, Jakarta, Indonésie (superficie : 200.000 m2, 3
sous-sol+R+24)
· Maisons de luxes, Jakarta, Indonésie
1993 – 1995 : PT. Arkonin, Entreprise
d’Ingénieur Conseil (BTP)
Fonction :
Ingénieur BTP confirmé
· Contact avec les clients
· Responsable de calcul de structure et
d’analyse géotechnique
· Analyse de méthode de construction
appliquée
Projets
conçus et exécutés :
· Ciputra
Special School Project, bâtiment d’école, Surabaya, Indonésie
(superficie : 10.000 m2, R+4)
· Tarumanegara
University Project, bâtiment d’école, Jakarta, Indonésie
(superficie : 40.000 m2, 2 sous-sols+R+11)
· Rainbow Hills Project, Hôtel et Centre
sportif, Bogor, Indonésie (superficie : 15.000 m2, R+4)
· Citraland
Regency Apartement, Appartements, Jakarta, Indonésie
(superficie : 72.000 m2, 2 sous-sols+R+24)
· Woman Association, Culture Departement,
Library and BP 7 Building, Tour de bureaux, Jakarta, Indonésie
(superficie : 21.000 m2, 1 sous-sols+R+12)
· Maisons de luxes, Jakarta, Indonésie
1991 – 1993 : PT. Diagram Triproporsi,
Entreprise d’Ingénieur conseil (BTP)
Fonction :
Ingénieur BTP
· Contact avec les clients
· Calcul de structure et d’analyse de
géotechnique
· Analyse de méthode de construction
appliquée
· Surveillance de construction
· Reconnaissance des sols
Projets conçus et
exécutés :
· Dumai Port Project, (port), Riau,
Indonésie
· SSK Jetty Project (jetée), Merak, Indonésie
· Golden
Key Jetty Project (jetée), Merak, Indonésie
· Reconnaissance des sols, Merak, Indonésie
· Maisons de luxe, Jakarta, Indonésie
Publications :
o
Purwodihardjo
Ardie, Cambou Bernard, Effect
of strain-softening on settlement due to tunnelling in soft soil,
Lecture Notes in Earth Sciences, Vol. 99 : New Paradigms in Subsurface
Prediction, M. S Rosenbaum and A.K. Turner (Eds.), Springer-Verlag, May 2003,
173-188.
o
Purwodihardjo
Ardie, Bernat Sylviane, Cambou Bernard & Dubois Pascal, Analysis of soft
soil-structure interaction in tunnelling, Proceedings
of the 3rd International Symposium on Geotechnical Aspects of Underground
Construction in Soft Ground, Toulouse, France, Spécifique, April 2003, 69 – 74.
o
Purwodihardjo
Ardie, Jong Tomy, Cambou Bernard, Application of
CJS Model in Tunnelling, Publication Scientifique de
l’AEIF, Vol. 2 Number 1, Dec. 2002, page 109- 114.
o
Purwodihardjo
Ardie, Cambou Bernard, Influence
of viscous effects in the forecasting of
deformations induced by tunnelling, Proceedings of
the Seventh International Conference on Computational Plasticity (COMPLAS 2003)
– Fundamental and Applications, D.R.J. Owen, E. Oñate and B. Suárez (Eds.),
International Center of Numerical Methods in Engineering (CIMNE), April-2003, Barcelona, Spain, 59 (1-17).
o
Purwodihardjo
Ardie, Cambou Bernard, Application of
Time-Dependent Model in Tunnelling, Proceedings Vol. 1 of
the Third International Conference on Deformation Characteristics of
Geomaterials "ISLYON03", September 2003,
o
Purwodihardjo
Ardie, Cambou Bernard, The role of a
time-dependent model in the prediction of deformations induced by tunnelling,
Underground Construction 2003,
September 2003, London, UK.
o
Purwodihardjo
Ardie, Cambou Bernard, Prediction of
deformations induced by tunnelling using a time-dependent model,
Third International Symposium on FLAC and FLAC3D Numerical Modelling in
Geomechanics, October 2003, Sudbury,
Canada.
o
Purwodihardjo
Ardie, Bernat Sylviane, Cambou Bernard & Dubois Pascal, New approach in convergence-confinement method,
Scientific Publication of AEIF, Vol. 3 Number 1, Dec. 2003, 86 - 92.
o
Purwodihardjo
Ardie, Cambou Bernard, Time-dependent
modelling for soils and its application in tunnelling,
International Journal for Numerical and Analytical Methods in Geomechanics,
Volume 29, Issue 1, Jan. 2005, 49-71.
o
Biliris
Christos and Purwodihardjo Ardie (2005), Numerical
analysis of an opening in a bolted cast iron tunnel lining,
Underground Construction 2005, The
Institute of Materials, Minerals & Mining and the British Tunnelling
Society (Organizers), October 2005,
o
11. Purwodihardjo Ardie (2007), Numerical analysis for design of tunnels, Proceeding International Workshop on Tunnel
Engineering, Parahyangan Catholic
University, September 2007, Bandung, Indonesia.
Langues : - Anglais : lu, écrit et parlé
-
Français : lu,
écrit et parlé
-
Indonésien : lu,
écrit et parlé (langue maternelle)
Activités : 1991- , membre de l’Association des ingénieurs
de génie civil Indonésiens, HAKI (avec une licence
ingénieur BTP confirmé)
2000-2001,
président de l’Association des étudiants indonésiens à Lyon
2002 , coordinateur de la Journée
Indonésienne
« Archipel Indonesia » à
Lyon
2004 - , membre de l’Association des
ingénieurs de génie civil, ICE (Institution of Civil Engineers)
Distinction reçue: 2003 , Mahar Schützenberger (prix
d’encouragement aux jeunes
chercheurs indonésiens
travaillant en France)
Sports : badminton, tennis, natation et randonnée
en montagne
