NATIONAL SCIENCE NATIONAL SCIENCE FOUNDATION FOUNDATION

Civil and Mechanical Civil and Mechanical Systems (CMS) Systems (CMS)

NATIONAL SCIENCE NATIONAL SCIENCE FOUNDATION FOUNDATION

Civil and Mechanical Civil and Mechanical Systems (CMS) Systems (CMS)

Commitment To ExcellenceStrategic Plan for CMS

DRAFT

Ken P. Chong, PhD, PEInterim Division Director

A. Galip Ulsoy, Ph.D.Former Division Director

Division of Civil and Mechanical Systems

Outline of DRAFT ReportOutline of DRAFT ReportOutline of DRAFT ReportOutline of DRAFT Report

Executive Summary Introduction Background Vision, Mission, Goals,

Objectives, Processes Frontiers of CE & ME Research People and Organization Recommendations Appendices

CMS Data CoV 2004 CMS Retreats NEES Partnership Solicited vs Unsolicited

IntroductionIntroductionIntroductionIntroduction

Introduction Civil and mechanical engineering – contributed significant benefits

to society during 20th Century For the 21st Century, CMS enables research progress in advanced

materials, micro- and nano- scale systems, intelligent civil and mechanical systems, biomechanics and biomedical devices, hazards mitigation, and many other areas

Background During 2003-2004 CMS conducted strategic planning activities to

develop a shared vision, a clear statement of mission, specific common goals and actions; to capture emerging opportunities; and to improve processes and organization.

CoV March 2004 Retreats December 2003 and August 2004 Others (Workshops, Reports, Meetings, Celebrations, etc.)

CMS Vision, MissionCMS Vision, MissionCMS Vision, MissionCMS Vision, Mission

We envision CMS as the acknowledged leader in advancing the frontiers of civil and mechanical engineering research, innovation and learning, in partnership with the civil and mechanical engineering community, and in service to society and the Nation.

The Mission of CMS is: to expand the foundation of fundamental

knowledge for the engineering profession in application to mechanical systems and the constructed environment,

To support the transmittal of that knowledge to new generations, and

to support the rapid development and deployment of research to reduce risks induced by natural and technological hazards.

CMS Goals, Objectives, CMS Goals, Objectives, Values, ProcessesValues, Processes

CMS Goals, Objectives, CMS Goals, Objectives, Values, ProcessesValues, Processes

The Report also lists Shared Values, and specific Objectives under the Goals of People, Ideas, Tools and Organizational Excellence.

Also lists CMS Processes for continuous improvement:

Proposal Processes

Personnel Processes

Administrative & Budget

Reporting & Communications

CMS Research FrontiersCMS Research FrontiersCMS Research FrontiersCMS Research Frontiers

BETTER ECONOMY, e.g.,• Energy and Environment

– Energy independence– Hydrogen economy– Sustainable Development

• Advanced Materials– Smart Materials– Material Design and Nanoscale– Environmentally Benign Materials– High Durability Infrastructure Materials

• Complex Systems– Intelligent Civil and Mechanical Systems– Simulation Based Engineering Science– Cyberinfrastructure (NEES)

50 nm

Nano structured materials

CMS Research FrontiersCMS Research FrontiersCMS Research FrontiersCMS Research Frontiers

BETTER HEALTH, e.g.,• Infrastructure Systems for Water &

Sewage– Leakage, In-Situ Robotic Repair– Lead Contamination

• Biomechanical Devices and Medical Instrumentation

– Mobility Assistance for Elderly– Wearable Biosensors– Biomedical Implants

• Converging Technologies– Nano, bio, info and cogno

Northwestern University Department of Mechanica l Engineering

Bending a 18-walled CNT

MWCNT embedded in thin film made by polymer materialThermo-loading causes distortion of the polymer and MWCNTis then loaded

Multiple scale Simulation

Bending of Carbon Nanotubes

Effect of Osteoporosis on Bone

CMS Research FrontiersCMS Research FrontiersCMS Research FrontiersCMS Research Frontiers

IMPROVED SECURITY AND SAFETY, e.g.,• Hazard Prevention, Mitigation and Response

– Earthquakes, Wind Storms (Hurricanes and Tornados), Tsunamis, Wild Fires, Floods, Landslides and Terror Attacks

– Fire Safety– Structural Health Monitoring

• Transportation Safety– Infrastructure Information Technologies– Vehicle Active Safety Systems

• Defense, Military and Space Systems– MEMS and micro satellites– Self-Repair and Maintenance

Collecting Structural Damage Data at WTC Post 9/11

Southern California earthquakes and two permanently

instrumented sites

CMS Priority Areas:CMS Priority Areas:Investigator Initiated ResearchInvestigator Initiated Research

CMS Priority Areas:CMS Priority Areas:Investigator Initiated ResearchInvestigator Initiated Research

• Investigator initiated (i.e., unsolicited) research has gone from over 80% to less than 50% of the CMS portfolio.

• NSF is unique among funding agencies for its emphasis on merit-based investigator-initiated research.

• High-impact discovery at the frontiers is often associated with investigator-initiated research, e.g.,

• MRI

• CAD

0102030405060708090

Funds ($M)

2000

2001

2002

2003

2004

2005

Fiscal Year

Total

Fenced

Unfenced

CMS Priority Areas: NEESCMS Priority Areas: NEESCMS Priority Areas: NEESCMS Priority Areas: NEES

Network for Earthquake Engineering Simulation (NEES)

• MREFC project, FY00 - FY04, $82M

• World-class experimental facilities and a cyberinfrastructure to support earthquake engineering research

• NAE study, NRC report, NEES brochure

• Operations, FY05 through FY14, $20M/yr funds NEES Consortium Inc.

• NEES Research solicitation $10M per year; developing partnerships

CMS Priority Areas - OthersCMS Priority Areas - OthersCMS Priority Areas - OthersCMS Priority Areas - Others

ADDITIONAL PRIORITY AREAS:

•Nano and Bio Mechanics

• Approximately 40% of 400 mechanics/materials related proposals are now in the nano and bio mechanics area

• Intelligent Civil and Mechanical Systems

• Significant growth in proposals in areas such as mechatronics, smart structures, structural health monitoring, sensing and sensor networks, etc.

•Hazard Mitigation and Response for Critical Infrastructure Protection

• A major focus in CMS for over 25 years. Learning from earthquakes, Hazards Center, Post 9/11 Research Symposium, Recent Tsunami

• Simulation Based Engineering Science

• Multi-scale, multi-phenomenon computational modeling/analysis. Held workshop 4/04, and formed blue ribbon panel.

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K e n P . C h on g*In te rim D iv isio n D ire c to r

CMS Organization ChartCMS Organization ChartCMS Organization ChartCMS Organization Chart

* Albert Kobayashi is directing 1630 from 4/05 to 6/05; Adnan Akay will come in as DD in 7/05

• Proposal pressures in emerging areas such as nanomechanics, biomechanics, mechatronics and smart structures.

DRAFT RecommendationsDRAFT RecommendationsDRAFT RecommendationsDRAFT Recommendations

1. Leadership and communications in research and education for civil and mechanical engineering systems. In partnership with the CMS research and education community, articulate the benefits to society of research in the rapidly evolving fields of civil and mechanical systems through divisional workshops to identify emerging research opportunities and curricular innovation in CE and ME; organization of CMS programs into clusters identified with broad and forward-looking themes; summer institutes to train faculty in rapidly emerging areas; career enhancement workshops for junior CE and ME faculty, especially from underrepresented groups.

2003 Workshop for Young Engineering Educators from Underrepresented Groups in Civil and Mechanical Engineering. Norma Jean Mattei, (CMS-0305673)

DRAFT RecommendationsDRAFT RecommendationsDRAFT RecommendationsDRAFT Recommendations

2.      Priorities for CMS research. Strengthen investigator-initiated research for high-impact discoveries; innovative research utilizing the Network for Earthquake Engineering Simulation cyberinfrastructure; nano- and bio- mechanics of materials; intelligent civil and mechanical systems; simulation-based engineering science; hazard mitigation and response for critical infrastructure protection.

Medical Applications of PolymersThis research

focuses on the surface, mechanical and chemical properties of polymers with or without plasma treatment.

KomvopoulosCMS-0095156

Bypass

Catheter Balloon Angioplasty Procedure

DRAFT RecommendationsDRAFT RecommendationsDRAFT RecommendationsDRAFT Recommendations

3.      Proposal loads and success rates. Make the case for increased funding, take measures to limit the increasing numbers of proposals; develop research partnerships for NEES utilization; develop mutually beneficial partnerships with other funding agencies; ongoing continuous improvement of all administrative processes.

0

200

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800

1000

1200

1400

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1999 2000 2001 2002 2003

Proposals

Awards

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50

100

150

200

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1999 2000 2001 2002 2003

Prop./PD

Prop./SS

DRAFT RecommendationsDRAFT RecommendationsDRAFT RecommendationsDRAFT Recommendations

4. Assessment. Carry out longitudinal studies to identify NSF role in seminal developments in CE and ME over the past few decades; regular evaluations of all programs and solicitations; objective surveys of research communities served by CMS; award a CMS (or ENG) prize of national stature to recognize most significant outcomes of CMS funded research.

Nuclear Magnetic Resonance Microscopy

Paul C. Lauterbur, SUNY Stonybrook

CMS - 8008629

Funded by the CMS in the early 1980’s to refine nuclear magnetic resonance into a routine diagnostic technique. In 2002, about 22,000 MRI machines were in use worldwide, and more than 60 million MRI examinations were performed. For this contribution, Prof. Paul Lauterbur, now with University of Illinois, was awarded the 2003 Nobel Prize in Medicine