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PMS Development in
      China



               Dr Wei Liu




     Outline of Presentation
Introduction
Pavement Management
System Development in
China
Problems and Future
Prospects
Summary and
Conclusions




                               1
Introduction
By 2005, 1,900,000 km roads has been
constructed in China and among them 40, 000
km roads are expressways.
According to Highway Network Development
Plan (Ministry of Communication of China,
2004), another 15,000 expressways will be
constructed by 2010.
By 2020, a national highway network will be
completed with 85,000 expressways




              Introduction




                                              2
Introduction
Since the introduction of pavement management
systems (PMS) to China in early 1980s, there has
been significant progress in research and
development of PMS in China
Development of PMS in Two parallel ways
  The Research Institute of Highways (RIOH)
  Universities-based work




     Pavement Management
   Development (PMS) in China
Research and
Development of China
Pavement Management
System (CPMS) in RIOH
University-Based
Research and
Development
Other Aspects of PMS
Development




                                                   3
Research and Development of CPMS
            by RIOH
 Initialized in 1984
 Gained Experience by Reviewing BSM by UK
 and HDM-III by World Bank’s Transportation
 Department
 First CPMS was developed in early 1990s with
 three major components
   A central database
   A network-level maintenance management system
   A project level maintenance management system




Research and Development of CPMS
            by RIOH
 In 1999, RIOH improved CPMS and upgraded
 to a new version, CPMS 99.
 CPMS 2001 was developed in 2001 by
 expanding the functions of CPMS 99
 CPMS 2001 can manage asphalt pavement,
 concrete pavement and granular pavement with
 two versions, one for expressways and the other
 for ordinary roads.




                                                   4
Research and Development of CPMS
            by RIOH
 Components and Features of CPMS 2001
   Data info: data information
   Model Bank: models pertinent to evaluation,
   decision, prediction, criteria, options etc.
   Network-Level PMS: pavement evaluation,
   maintenance need analysis, highway investment-
   benefit analysis, funding priority analysis,
   maintenance planning
   RoMS: routine maintenance system
   RepGenerator: generating of reports of maintenance
   analysis




Research and Development of CPMS
            by RIOH
 Implementation of
 CPMS
   Two Phases
   Phase 1: in 14 provinces
   with 174, 000 km of
   arterial roads by 1996
   Phase 2: highway
   networks of whole
   country by 2000




                                                        5
Research and Development of CPMS
            by RIOH
 Development of
 Automatic Road
 Condition Survey
 Equipments
   Side Coefficient Routine
   Investigation Machine
   (SCRIM)
   Automatic Deflectograph
   Single Point Laser
   Profilometer




                      SCRIM




                                   6
Automatic Deflectograph




High-Speed Laser Profilometer




                                7
Pavement Condition Image
     Collection System (CiCS)




ALF (Accelerated Loading Facility)




                                     8
University-Based Research and
           Development
Undertaken parallel with
those by RIOH
Tongji University in
Shanghai contributed
significantly to PMS
research and
development
Other Universities also
conduct theoretical and
practical development on
PMS




  University-Based Research and
           Development
Main Modules in PMS developed in Tongji
University
  Data acquisition
  Performance prediction
  Maintenance and rehabilitation options selection
  Economic analysis and evaluation
  Ranking and optimization of options




                                                     9
University-Based Research and
          Development
Implementations of PMS by Tongji University
  Asphalt pavement management and maintenance
  system in Beijing
  Granular pavement management and maintenance
  system in Guangdong Province
  Cement concrete pavement management and
  maintenance system in Zhejiang Province




   Other Aspects of China PMS
          Development
Integration with other facility management
system
  Shanghai Highway Integrated Management System
  (HIMS)
  Four modules: PMS, Bridge Management System
  (BMS), ancillary management system (AMS) and
  Drainage Management System (DMS)
  In charge of 3962km of roads, 3272 bridges, 5500
  culverts, 200, 000 m of retaining wall




                                                     10
Other Aspects of China PMS
          Development
Integration of GIS with PMS
  Shanghai HIMSGIS: manage and maintain the
  arterial roads in Shanghai in GIS mode
  Shanghai highway authority intends to develop
  another system by incorporating the GIS system as
  an aid to manage the road facilities in the outer area
  of the city
  RIOH also enriches the CPMS 2001 by adding GIS
  and Image Information System.




Problems and Future Prospects
Acceptance and
Technical Skills of
Staff
Further Technical
Development
Geographic Coverage




                                                           11
Problems and Future Prospects
Acceptance and Technical Skills of Staff
  Application of PMS is still not widely accepted by
  transportation departments in China
     Too much focused on road construction, not on road
     maintenance
     Level of management sophistication is not high in most
     transportation departments
  It is necessary to provide PMS technical training to a
  substantial number of people, including legislators,
  administrators, engineers, and technicians




Problems and Future Prospects
 Further Technical Development
   The development of PMS in China is mainly
   focused on the network level
   No interaction between two levels of PMS
   development
   More effort should be put into development of
   project level PMS modules and interaction
   modules between both levels
   Future work could also be conducted on the
   integration PMS with other system (such as ITS)




                                                              12
Problems and Future Prospects
Geographic Coverage
  In China, soil conditions and climate conditions vary
  significantly from place to place, s single PMS
  throughout the country is not appropriate
  Local authorities should be encouraged to have
  considerable flexibility in adapting or developing a
  PMS to their needs and conditions




   Summary and Conclusions
Since the introduction of PMS into China in
early 1980s, significant progress has been made.
PMS implementation in China has not gone so
well as its R&D due to less focus and acceptance
Acceptance of PMS usage and legislation for
ensuring PMS implementation are more
important than improvement of technical
shortcoming in the future




                                                          13
Summary and Conclusions
For better application of PMS in China,
recommendations are made to conduct training
on administrators and technicians for the
purpose of wide acceptance of PMS usage and
to conduct research into theoretical and practical
problems related to PMS
It is estimated that full implementation of PMS
in China may take as least 10 to 20 years




                                                     14

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PMS Development In China (Presentation In 10th Spt)

  • 1. PMS Development in China Dr Wei Liu Outline of Presentation Introduction Pavement Management System Development in China Problems and Future Prospects Summary and Conclusions 1
  • 2. Introduction By 2005, 1,900,000 km roads has been constructed in China and among them 40, 000 km roads are expressways. According to Highway Network Development Plan (Ministry of Communication of China, 2004), another 15,000 expressways will be constructed by 2010. By 2020, a national highway network will be completed with 85,000 expressways Introduction 2
  • 3. Introduction Since the introduction of pavement management systems (PMS) to China in early 1980s, there has been significant progress in research and development of PMS in China Development of PMS in Two parallel ways The Research Institute of Highways (RIOH) Universities-based work Pavement Management Development (PMS) in China Research and Development of China Pavement Management System (CPMS) in RIOH University-Based Research and Development Other Aspects of PMS Development 3
  • 4. Research and Development of CPMS by RIOH Initialized in 1984 Gained Experience by Reviewing BSM by UK and HDM-III by World Bank’s Transportation Department First CPMS was developed in early 1990s with three major components A central database A network-level maintenance management system A project level maintenance management system Research and Development of CPMS by RIOH In 1999, RIOH improved CPMS and upgraded to a new version, CPMS 99. CPMS 2001 was developed in 2001 by expanding the functions of CPMS 99 CPMS 2001 can manage asphalt pavement, concrete pavement and granular pavement with two versions, one for expressways and the other for ordinary roads. 4
  • 5. Research and Development of CPMS by RIOH Components and Features of CPMS 2001 Data info: data information Model Bank: models pertinent to evaluation, decision, prediction, criteria, options etc. Network-Level PMS: pavement evaluation, maintenance need analysis, highway investment- benefit analysis, funding priority analysis, maintenance planning RoMS: routine maintenance system RepGenerator: generating of reports of maintenance analysis Research and Development of CPMS by RIOH Implementation of CPMS Two Phases Phase 1: in 14 provinces with 174, 000 km of arterial roads by 1996 Phase 2: highway networks of whole country by 2000 5
  • 6. Research and Development of CPMS by RIOH Development of Automatic Road Condition Survey Equipments Side Coefficient Routine Investigation Machine (SCRIM) Automatic Deflectograph Single Point Laser Profilometer SCRIM 6
  • 8. Pavement Condition Image Collection System (CiCS) ALF (Accelerated Loading Facility) 8
  • 9. University-Based Research and Development Undertaken parallel with those by RIOH Tongji University in Shanghai contributed significantly to PMS research and development Other Universities also conduct theoretical and practical development on PMS University-Based Research and Development Main Modules in PMS developed in Tongji University Data acquisition Performance prediction Maintenance and rehabilitation options selection Economic analysis and evaluation Ranking and optimization of options 9
  • 10. University-Based Research and Development Implementations of PMS by Tongji University Asphalt pavement management and maintenance system in Beijing Granular pavement management and maintenance system in Guangdong Province Cement concrete pavement management and maintenance system in Zhejiang Province Other Aspects of China PMS Development Integration with other facility management system Shanghai Highway Integrated Management System (HIMS) Four modules: PMS, Bridge Management System (BMS), ancillary management system (AMS) and Drainage Management System (DMS) In charge of 3962km of roads, 3272 bridges, 5500 culverts, 200, 000 m of retaining wall 10
  • 11. Other Aspects of China PMS Development Integration of GIS with PMS Shanghai HIMSGIS: manage and maintain the arterial roads in Shanghai in GIS mode Shanghai highway authority intends to develop another system by incorporating the GIS system as an aid to manage the road facilities in the outer area of the city RIOH also enriches the CPMS 2001 by adding GIS and Image Information System. Problems and Future Prospects Acceptance and Technical Skills of Staff Further Technical Development Geographic Coverage 11
  • 12. Problems and Future Prospects Acceptance and Technical Skills of Staff Application of PMS is still not widely accepted by transportation departments in China Too much focused on road construction, not on road maintenance Level of management sophistication is not high in most transportation departments It is necessary to provide PMS technical training to a substantial number of people, including legislators, administrators, engineers, and technicians Problems and Future Prospects Further Technical Development The development of PMS in China is mainly focused on the network level No interaction between two levels of PMS development More effort should be put into development of project level PMS modules and interaction modules between both levels Future work could also be conducted on the integration PMS with other system (such as ITS) 12
  • 13. Problems and Future Prospects Geographic Coverage In China, soil conditions and climate conditions vary significantly from place to place, s single PMS throughout the country is not appropriate Local authorities should be encouraged to have considerable flexibility in adapting or developing a PMS to their needs and conditions Summary and Conclusions Since the introduction of PMS into China in early 1980s, significant progress has been made. PMS implementation in China has not gone so well as its R&D due to less focus and acceptance Acceptance of PMS usage and legislation for ensuring PMS implementation are more important than improvement of technical shortcoming in the future 13
  • 14. Summary and Conclusions For better application of PMS in China, recommendations are made to conduct training on administrators and technicians for the purpose of wide acceptance of PMS usage and to conduct research into theoretical and practical problems related to PMS It is estimated that full implementation of PMS in China may take as least 10 to 20 years 14