Skip to Content

Skip to main content

Northwestern University

Parent Unit Name

Login

LIBRARIES | ARCH

Search audio or video

Menu

Login

Deposit Your Work
Browse
About
Help
Contact

Search

Search

Deposit Your Work
Browse
About
Help
Contact

Limit your search

Type

Work8

Resource type

Research Paper4
Dataset1
Dissertation1
Presentation1
Report1

Creator

Charles H. Dowding2
Houcque, David1
Jill Frances Roboski1
Joseph L. Schofer1
Kevin M. O'Connor1
more Creators »

Keyword

Excavation2
Ground control2
Clay soils 1
Dataset1
Green transportation 1
more Keywords »

Language

English7
English 1

Publisher

Northwestern University Libraries 5
Northwestern University Libraries 2
Northwestern University Library 1

Collection

Infrastructure Technology Institute Publications[remove]8

Search Constraints

Start Over

Filtering by: 1969 Remove constraint 1969 Collection Infrastructure Technology Institute Publications Remove constraint Collection: Infrastructure Technology Institute Publications

1 - 8 of 8

relevance
date uploaded ▼
date uploaded ▲
date modified ▼
date modified ▲

Number of results to display per page

10 per page
20 per page
50 per page
100 per page

View results as:

List Gallery Masonry Slideshow

Search Results

The Future of Transportation...and How We'll Pay For It

Description:

This presentation contains information about the project "The future of transportation... and how we'll pay for it" by Joseph L. Schofer, Department f Civil & Environmental Engineering. The presentation was delivered at the 40th Anniversary Seminar Day at Northwestern University on April 18, 2009.

Keyword:

Transportation planning and Green transportation

Creator:

Joseph L. Schofer

Owner:

Nurganym Agzamova

Publisher:

Northwestern University Libraries

Language:

English

Date Uploaded:

07/19/2017

Date Modified:

08/14/2017

Date Created:

2009-04-18

Resource Type:

Presentation
Distributions of Ground Movements Parallel to Deep Excavations in Clay

Description:

An empirical procedure for fitting a complementary error function (erfc) to settlement and lateral ground movement data in a direction parallel to an excavation support wall is proposed based on extensive optical survey data obtained around a 12.8 m excavation in Chicago. The maximum ground movement and the height and...

Keyword:

Excavation, Clay soils , Ground control , and Performance data

Creator:

Jill Frances Roboski

Owner:

Nurganym Agzamova

Publisher:

Northwestern University Libraries

Language:

English

Date Uploaded:

07/12/2017

Date Modified:

08/14/2017

Date Created:

2005

Resource Type:

Research Paper
Use of Monitoring Data to Update Performance Predictions of Supported Excavations

Description:

Successful use of monitoring data to update performance predictions of supported excavations depends equally on reasonable numerical simulations of performance, the type of monitoring data used as observations, and the inverse analysis techniques used to minimize the difference between predictions and observed performance. This paper summarizes each of these factors...

Keyword:

Excavation, Nondestructive testing , and Ground control

Creator:

Richard J. Finno

Owner:

Nurganym Agzamova

Publisher:

Northwestern University Libraries

Language:

English

Date Uploaded:

07/12/2017

Date Modified:

08/14/2017

Date Created:

2007

Resource Type:

Research Paper
Integrated Tools for Predicting, Monitoring and Controlling Ground Movements due to Excavations

Description:

This paper describes developments of integrated tools for predicting, monitoring, and controlling ground movements associated with excavations in urban areas. Successful use of monitoring data to update performance predictions of supported excavations depends equally on reasonable numerical simulations of performance, the type of monitoring data used as observations, and the...

Keyword:

Ground control and Nondestructive testing

Creator:

Richard J. Finno and Youssef M. A. Hashash

Owner:

Nurganym Agzamova

Publisher:

Northwestern University Libraries

Language:

English

Date Uploaded:

07/12/2017

Date Modified:

08/14/2017

Date Created:

2009

Resource Type:

Research Paper
Real Time Monitoring of Infrastructure Using TDR Technology: Principles

Description:

This presentation is intended to provide background on the principles involved in geotechnical and infrastructure applications of Time Domain Reflectometry (TDR). TDR is basically radar in which a voltage pulse is launched along a coaxial cable. A reflection of the voltage pulse occurs at every location where the cable is...

Keyword:

Time-domain reflectometry and Structural health monitoring

Creator:

Charles H. Dowding and Kevin M. O'Connor

Owner:

Nurganym Agzamova

Publisher:

Northwestern University Library

Language:

English

Date Uploaded:

07/05/2017

Date Modified:

08/14/2017

Date Created:

2000

Resource Type:

Report
Geo-Measurements with Metallic TDR Cable Technology for Infrastructure Surveillance

Description:

This paper reviews the new field of geo-measurement with metallic cable time domain reflectometry (TDR) for surveillance of transportation facilities. TDR is radar in a coaxial cable, and is especially advantageous for remote monitoring because of its inherently digital nature. Advances can be separated into those that leverage use of...

Keyword:

Structural health monitoring and Time-domain reflectometry

Creator:

Charles H. Dowding

Owner:

Nurganym Agzamova

Publisher:

Northwestern University Libraries

Language:

English

Date Uploaded:

07/05/2017

Date Modified:

08/14/2017

Date Created:

2011-07-27

Resource Type:

Research Paper
Creep Database v1.1

Description:

An .xls file with data for the project on "Minimizing Shrinkage, Creep and Cracking Damage to Concrete Bridges (A423, A447)", 2010.

Keyword:

Dataset

Creator:

Kyung-Tae Kim

Owner:

Nurganym Agzamova

Publisher:

Northwestern University Libraries

Language:

English

Date Uploaded:

06/22/2017

Date Modified:

08/14/2017

Date Created:

2010

Resource Type:

Dataset
Structural integrity assessment on pin and hanger connection of aging highway bridges using finite element analysis

Description:

The finite element method is used to investigate failure mechanisms in pin-hanger connection in aging highway bridges. Bridge pins and hangers are typically considered as critical elements whose failure may result in partial or entire collapse of the structure. The primary function of a pin-hanger connection is to allow for...

Keyword:

Structural integrity assessment

Creator:

Houcque, David

Owner:

Nurganym Agzamova

Publisher:

Northwestern University Libraries

Language:

English

Date Uploaded:

06/22/2017

Date Modified:

08/14/2017

Date Created:

2008-06

Resource Type:

Dissertation

© 2024 Northwestern University
Contact Northwestern University
Careers
Disclaimer
Campus Emergency Information
University Policies

Address
University (Main) Library
1970 Campus Drive
Evanston, IL 60208

Phone number
(847) 491-7658

Email Address
digitalscholarship@northwestern.edu

Libraries Social Media

Facebook Twitter Instagram YouTube

Terms of Use
Support Us
Library Home
Library Jobs
Library Policies
Provide Feedback