UH Cullen College of Engineering

UH Cullen College of Engineering

UH Cullen College of Engineering

Reports and Publications

Electrical & Computer Engineering

Subsurface and Sensing Laboratory Final Reports
Index	Report Number	Title	Date Published
1	TxDOT P7-3935	Establishment of reliable methodologies to determine in-situ moisture content of base, and subgrade soils	July 1998
2	TxDOT 7-3969-1	Investigation of short range sensing devices for use in non-destructive pavement evaluation [Part 1] [Part 2]	Oct. 2000
3	TxDOT P0-1828	Feasibility study on nondestructive testing to measure PCC pavement thickness	Oct.2000
4	TxDOT P0-4172	Development of a radar system for the non-destructive measurement of concrete thickness	Feb. 2001
5	TxDOT 7-3997	Automatic crack monitoring system	Oct. 2001
6	TxDOT 0-4282	Method of determining the thickness and uniformity of application for thermoplastic pavement marking material [Part 1] [Part 2]	Oct. 2002
7	TxDOT 0-4415	Develop of soil moisture sensor for measuring moisture content in pavement subgrade	Aug. 2004
8	FHWA/TX-04/0-4882-1	Refinement of a non-contact method to determine the thickness and uniformity of application for thermoplastic pavement marking material	Oct. 2004
9	FHWA/TX-06/5-4414-01-1	GPR system user guide and trouble shooting guide	Oct.31, 2004
10	FHWA/TX-05/0-4414-2	A nondestructive device for measuring the thickness of concrete pavement	Oct. 20, 2005
11	TxDOT 0-4509	Evaluate innovative sensors and techniques for measuring traffic loads	Oct. 29, 2005
12	FHWA/TX-05/0-4827	Feasibility study of non-contact, high speed elastic property measurement of pavements	Dec. 2005
13	FHWA/TX-05/5-4820	Investigation of a new generation of FCC compliant NDT devices for pavement layer information collection	Feb. 2006
14	5-3969-1	Implementation of laser device for highway speed macro-texture measurement	Oct. 2004

Subsurface and Sensing Laboratory Summary Reports
Index	Report Number	Title	Date Published
1	7-3935-S	Establishment of reliable methodologies to determine in-situ moisture content of base, and subgrade soils	July 1999
2	0-1828	Feasibility study on nondestructive testing to measure PCC pavement thickness	May 2001
3	7-3969	Investigation of short range sensing devices for use in non-destructive pavement evaluation	Oct. 2001
4	0-4172	Development of a radar system for the non-destructive measurement of concrete thickness	April 2002
5	7-3997	Automatic crack monitoring system
6	0-4282-S	Develop laser thickness-measuring device for thermoplastic pavement marking material
7	0-4415	Develop of soil moisture sensor for measuring moisture content in pavement subgrade	Dec.2004
8	0-4882-S	Develop pushcart and vehicle-mount laser thickness-measuring devices for thermoplastic pavement marking material	Dec.2004
9	0-4414	Development of a thickness measurement device for steel reinforced concrete pavement	Dec.2005
10	0-4509-S	Evaluating innovative sensors and techniques for measuring traffic loads	Dec.2005
11	0-4827	Feasibility study of non-contact, high speed elastic property measurement of pavements	March 2006
12	5-4820	Investigation of a new generation of FCC compliant NDT devices for pavement layer information collection	March 2006
13	5-4820-01	Implementation of an FCC Compliant Radar Part 1: Radar Development and FCC Testing	Nov. 2007

UH Cullen College of Engineering