REQUEST
FOR PROPOSAL
ITRC PROJECT IVD-H1, FY 04
DETERMINING THE STATE OF
THE PRACTICE IN STRUCTURE HEALTH MONITORING
KEYWORDS: Bridge inspection, structural integrity, monitoring systems
RESEARCH
PROBLEM STATEMENT
Deterioration of structures is typically a slow but persistent process and occasionally a sudden and unexpected occurrence. Early signs of deterioration are often not seen because they are masked by concrete, some type of deck overlay, paint, protective wrap or other bridge components. Visual inspections identify significant changes to bridges, but the condition of structural elements that are not immediately visible to inspectors may go undetected until a critical state of deterioration is reached. Inspections provide the current determining factors for programming the structure for repair, rehabilitation, or replacement. Earlier detection of deficiencies and intervention may save significant amounts of money and time in completing the repair and avoid critical situations requiring the diversion of traffic.
Past experimentation with monitoring structures involved
expensive, elaborate systems requiring installation of strain gauges and data
collection systems for evaluation. These
systems were not always reliable and were easily damaged by the elements. At present, there is no synthesis of
monitoring systems that provides information on types of systems available
along with data related to their cost and performance. Such information is needed for the Illinois
Department of Transportation (IDOT) to effectively evaluate the suitability and
usefulness of monitoring systems on specific bridges.
OBJECTIVES
The objective of this study is to evaluate and recommend bridge monitoring systems that will be used by IDOT to cost-effectively and reliably measure and monitor structure health. The research will focus on gathering information from a wide variety of sources to provide a synthesis of the systems currently available and report their respective performance capabilities and histories. Field evaluation of a select group of systems will be done to verify serviceability and reliability.
The research should identify monitoring systems applicable to both routine (e.g. concrete and steel multi-girder, and cast-in-place slab bridges) and unique structures (e.g. cable-stayed, tied arch, and truss bridges). Systems should be applicable to both new construction and reconstruction projects, and provide information on both the structural elements and the bridge deck. Systems should be identified that are capable of providing monitoring of unique structures with load carrying elements that cannot be visually inspected. Each system’s capabilities and limitations, initial installation costs, costs for maintaining the system, susceptibility to damage, reliability, accuracy of collected data, ease of relocation and extent of past and current use should be identified. The research should investigate what other states and other government entities are using for evaluation and monitoring of routine and critical or unique structures. The history and experience that other agencies have had with the various monitoring systems identified during the project should be provided.
DELIVERABLES
The researcher will devise a research plan to produce the
following deliverables:
1) Produce a comprehensive review of
scholarly and vendor literature regarding structural health monitoring systems
and non-destructive testing technologies. The review should include systems
currently available as well as emerging technologies. The review must document, at a minimum, the
functionality of the system, initial and maintenance costs, durability and
service life, portability and ease of use, history of use in other states or
countries, and photographs of installed systems.
2) Based on the results of Deliverable
1, recommend the most promising new technologies for further evaluation,
including a detailed plan and equipment required for such evaluation, and a
description of the rationale used for decision-making in the selection of these
technologies. Summarize the results in
an Interim Report submitted to the project Technical Review Panel (TRP).
3) Based on the results of
Deliverables 1 and 2 and in cooperation with the TRP, select a maximum of six systems
for review and evaluate through field visits.
Conduct the field evaluations in conjunction with vendors, other state
DOT personnel, consultants, or project owners discovered during the literature
review. Summarize the results of the
visits in an Interim Report submitted to the project TRP.
4) Prepare a final report including a
summary of all research efforts and findings, including recommendations
regarding technology, methodology, and data flow for an improved bridge
inspection and assessment program in
The researcher will prepare Interim Reports/Technical
Memorandum for the Deliverables as noted and a final report summarizing the
findings and including all pertinent data and presentation materials as
appendices. The project schedule included
in the proposal shall include the proposed timing for delivery of the Interim
Reports/Technical Memorandum to the project Technical Review Panel and 15-day
review periods for each. Quarterly
Reports are required as noted in the attached FY 04 Proposal Guidelines. The Final Report is due 60 days prior to the
end date of the project contract (see Proposal Guidelines).
PROJECT
TIME AND COST
This project will not exceed twenty-four months for
completion at an ITRC/IDOT cost not to exceed $180,000 (total
project cost = ITRC/IDOT contract cost plus a minimum of 15% of the total
project cost as University Match). The
ITRC/IDOT cost will include an amount of $30,000 for purchase or lease of
equipment for the field evaluation identified and approved by the TRP in
Deliverable 5. Equipment purchased as
part of this project will remain the property of IDOT unless the TRP determines
that is in the best interest of IDOT for the equipment to remain with the
University. Researchers may select a
project start date no earlier than
MANDATORY
PRE-PROPOSAL MEETING
A mandatory pre-proposal meeting is scheduled for
CONTACTS
IDOT CONTACT ITRC
CONTACT
D. Carl Puzey Dianne
H. Kay or Steven J. Hanna
IDOT Office of Bridges and Structures
Phone: (217)
785-4511 Phone: (618) 650-2972
E-mail:puzeydc@nt.dot.state.il.us E-mail:dkay@siue.edu,
shanna@siue.edu
PROPOSAL
SUBMISSION
Proposals are to be submitted electronically (see Proposal
Guidelines) and must be received by
PROPOSAL GUIDELINES
The Illinois Transportation Research Center (ITRC) is a
public-private-university joint cooperative transportation research unit
financed through the Illinois Department of Transportation. The purpose of the Center is to conduct
research in all modes of transportation to provide the knowledge and technology
base to improve the capacity to meet the present and future mobility needs of
individuals, industry and commerce of the State of
The Objectives of the Center are:
·
To provide a Center to conduct high-quality transportation research
involving governmental, educational and private agencies
· To take a lead role in transportation research nationally and internationally
·
To provide opportunities for interdisciplinary exchanges through
research, seminars, symposia and informal meetings
·
To provide for expansion and further development of transportation
research in colleges and universities in
·
To expand research and educational opportunities for transportation
students at both the undergraduate and graduate levels at colleges and
universities throughout
·
To provide for the transfer of knowledge among transportation elements
·
To advise and assist government, education and private agencies on
issues related to transportation.
To meet the FY 04 Objectives, the
·
Determining the State of the Practice in
Structure Health Monitoring
·
Establishing an Economic and Land Use
Evaluation Framework for Commuter Park-and-Ride Facilities
·
Nighttime Construction: Evaluation of Lighting Glare for Highway
Construction Operations in
PROPOSAL FORMAT AND
CONTENT
To conform with IDOT contract format guidelines and
for electronic submission, the following format is required.
Document
must be in Microsoft Word
File
Size – limited to one (1) MB and must be one document
Font Type – Arial, Font Size – 11
Margins – one (1) inch
Do
not indent paragraphs and provide two spaces between paragraphs
Section
Headings – All caps, underlined: Arial,
12 (no bolding)
No
abbreviations – acronyms such as IDOT, ITRC, etc. may be used
No
photographs (to minimize file size)
Tables
and Figures should be limited and must be part of the single document file
The proposal format and content shall include:
A. A proposal summary not to
exceed five (5) pages in length, including:
1. A clear statement of the
scope of the research study, statement of work, and objective(s).
2. A listing of specific
research tasks (Task A, Task B, etc.) with a summary of methodology.
3. A listing of specific
project deliverables (in addition to the statements as shown in the example).
4. A timeline, as per the
attached example, which must include sixty days for final report review. The Project Start Date may be considered as
5. A statement regarding
project coordination.
B. A description of the
proposed research not to exceed fifteen (15) pages including:
1. Introduction and problem
statement.
2. Objective(s) of the
research.
3. Proposed techniques and
methodology, using specific examples of proposed techniques.
4. Analytical techniques and
procedures, using specific examples.
5. Project deliverables.
6. Form of results for
presentation.
C. A budget per attached
example. The line items will include:
1. Personnel Salaries:
·
List senior personnel (faculty) by name and other personnel with
percent time and wage rate or hourly rate as appropriate.
·
List technicians by name or “skill” with respective percent time, or
hours and dollar rate.
·
List graduate assistants and their respective percent time and dollar
rate.
· List student workers and their respective hours and dollar rate.
2. Fringe Benefits – list all
fringe benefits and their respective percentage (include base) or dollar rate.
3. Equipment – Identify
equipment by name and function with estimated cost per item. Justification for the need to purchase or
fabricate any equipment for the project must be given in the Budget Narrative. Equipment purchased or fabricated as part of
this project will become the property of the University upon acceptance of the
Final Report by the
4. Travel – list specifics
including number of trips, destination, purpose, estimated cost per trip
detailing per diem, transportation, etc.
5. Commodities
6. Contractual Services
7. Computer Time – provide
information on established university computer time rates, etc.
8. Other Direct Costs (list)
9. Indirect Costs (percentage
and base)
10. University Matching Costs at
15% of Total Project Costs (minimum)
D. Budget Narrative – A narrative
budget explanation shall be included and shall
describe the proposed involvement of the principal researchers in
supervision, directing research, report writing, etc.; the proposed roles for
graduate students and student workers including percent time or hours; existing
university resources committed to the project including equipment;
justification for any equipment expenses including both purchased and
fabricated equipment and how the equipment will be used; identify the need for
travel including number of trips and estimated cost per trip; specify types of
commodities required; justification for contractual services including any
non-university personnel, equipment leases, and other services so classified;
and an explanation of any charges for computer time.
The ITRC Research Committee has adopted the
following policy with regard to non-university consultants:
“The use of consultants from the private
sector on ITRC research projects is to be kept to a minimum in complying with
the mission of ITRC support for university research. In some situations where it can be
demonstrated that research expertise is not available in the university
research community, consultants may be used; however, their use will normally
be limited to a maximum of 20% of the personnel line item budget. All requests for use of an outside consultant
must be justified in the budget explanation.”
E. References not to exceed two
(2) pages.
F. A statement of professional experience or vitae for each principal researcher with each not to exceed three (3) pages in length, including publications.
CONTRACT PERIOD
The contract period will start with the effective
date of each contract and continue on an individual contract basis as specified
in the respective RFP. The
contract period must include a 60-day time period for review of the final
report. ITRC projects are funded
under the Grant provisions of IDOT. In
30ILCS705/5 of the Illinois Grant Recovery Act, it specifically states that no
grant funds may be made available for expenditure by a grantee for a period
longer than two (2) years. All Deliverables for ITRC projects are due and
funding will terminate as of the contract end date specified in the individual
project contract and in no case shall exceed two (2) years. There will be no contract extensions
past the two (2) year limit. Failure
to provide Reports or Deliverables in a timely manner may be considered
non-compliance and cause for contract termination and loss of funding.
REPORTS
Quarterly Reports:
Quarterly progress reports describing the activities during the quarter
with respect to the specific tasks identified in the project summary are
required. The reports are to be a
concise summary of the progress to date and must contain a statement indicating
the overall percentage completion of the project. The reports are due within five (5) working days of
March 31, June 30,
September 30, and December 31. The
reports are to be sent electronically to all Technical Review Panel members and
ITRC. The Technical Review Panel may
call a meeting with the researcher to monitor progress on the project after
each quarterly report.
Interim Reports/Technical Memorandum: Interim Reports and/or Technical Memorandum
will be due within 15 days of the completion of the Tasks included in the
report requirements as given in the RFP and defined in the project
timeline. The Technical Review Panel may
call a meeting to review the contents of each Interim Report or Technical
Memorandum with the researcher.
Final Report:
Research shall be completed and the final report submitted in its
completed form to the
MATCHING REQUIREMENT
PROPOSAL EVALUATION
Each research proposal submitted will be evaluated on:
A. How the proposed research meets the Center Objectives,
B. Techniques and methodology,
C. Resources including staff, and
D. Cost
PROPOSAL SUBMISSION
Proposals must be submitted electronically to the
Only complete proposals received prior to
The scope of this research
study, Transportation Mode Systems, is to develop and evaluate a system that
can function successfully as a transportation mode organized system. Both laboratory and field investigations will
be involved to determine the effectiveness of the system. Influencing factors such as position, traffic
direction, and system capacity will be evaluated. An important factor in the success of such a
system is its effectiveness in both daytime and nighttime situations.
The specific research tasks are:
Task A: Evaluation of Existing Systems – Numerous
types of systems now available for transportation mode use will be evaluated
and a broad ranges of innovative new systems that could be adapted to
transportation mode will be investigated.
An Interim Report will be submitted to the project Technical Review
Panel.
Task B: Laboratory Development and Evaluation – In
this research task, a system that can be easily identified both in the daytime
and at night will be developed and evaluated through laboratory experimentation
and evaluation.
Task C: Fabrication of Prototype System – One or more
prototype systems from the laboratory development and evaluation task will be
prepared for field trial in consultation with the project Technical Review
Panel. A Technical Memorandum
summarizing the results of Tasks B and C will be submitted to the project
Technical Review Panel.
Task D: Primary Field Evaluation – The system will be
subjected to primary field evaluation through vehicle operators based at the
University. The influence of position,
traffic direction, and system capacity will be evaluated.
Task E: Final Report – A final report on research
Tasks A, B, C, and D will be completed and delivered to ITRC for distribution
to the project Technical Review Panel.
Deliverables:
The project deliverables include the Interim Report, the Technical
Memorandum, the Final Report, and Quarterly Reports. Quarterly Reports are due within 5 working
days of March 31, June 30, September 30, and December 31 of each year of the study. Interim Reports and Technical Memorandum are
due 15 days after the task completion and final reports are due 60 days prior
to the contract end date.
(List and briefly define each of the Deliverables)
Example Timeline: The project tasks will require 24 months for completion as shown below.
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EXAMPLE PROJECT BUDGET
Univ.
ITRC Match Total
Personnel
Faculty (list by name) ___mos. at $_____ _____ _____ _____
Secretarial/Clerical ___mos. at $_____ _____ _____ _____
Graduate Students (list) ___%___mos./hrs. _____ _____ _____
Undergraduate Students ___hrs. at $____/hr. _____ _____ _____
Technicians/Support Staff ___hrs. at $____/hr. _____ _____ _____
Fringe Benefits
Retirement ___% of $_____ _____ _____ _____
Health Insur. ___% of $_____ _____ _____ _____
Workman’s Comp. ___% of $_____ _____ _____ _____
Medicare ___% of $_____ _____ _____ _____
Other (list) ___% of $_____ _____ _____ _____
Equipment (list) _____ _____ _____
Travel _____ _____ _____
Commodities _____ _____ _____
Contractual Services
Services/Equipment Lease _____ _____ _____
Other (list) _____ _____ _____
Other Direct Costs
Postage _____ _____ _____
Telecommunications _____ _____ _____
Other (list) _____ _____ _____
TOTAL DIRECT COSTS _____ _____ _____
Indirect Costs ___% of $_____ _____ _____ _____
TOTAL PROJECT COSTS _____ _____ _____