Descriptive Summary
Texas Tech University
Civil Engineering Records,
1946-1996 and undated
Records of the Texas Tech Civil Engineering department from 1946-1996 and undated.
U 205.3
Southwest Collection/Special Collections Library, Texas Tech University
7 Boxes and 1 Oversize Folder (8.0 linear feet)
English.
Biographical Sketch
The Department of Civil Engineering in involved with soil testing and analyses, the use of water resources, as well as its
involvement with wind research since 1971, in response to the 1970 Lubbock Tornado.
Scope and Content
The collection deals with civil engineering related subjects, primarily related to clay soil testing and analysis, repair of bomb
damaged airfield pavements, and various pavement mixtures that make airfield pavements withstand temperatures, takeoffs, wind and
water resistant, and stable in a number of scenarios.
Organization
The collection is arranged by alphabetical order.
Index Terms
The subject headings used by the Southwest Collection/Special
Collections Library are derived from the Library of Congress and/or locally
developed.
Subjects (Persons)
Wray, Warren K.
Subjects (Organizations)
United States. Bureau of Reclamation
Reese Air Force Base (Tex.)
Texas Tech University. Dept. of Civil Engineering
Subjects (Places)
Amarillo (Tex.)
Lubbock (Tex.)
Subjects
Foundations
Pavements--Subgrades--Research
Soil chemistry
Soil suitability
Soil mechanics
Soils--Testing
Collection accession #(s):
1999-0229-B
Gift, 1999
Access Restrictions
Open for research
Processed by
Garrett Abbott, Kent Bowersock, David Dodds, Brenda L. Haes, Tara Mahan, and Austin Swann, 2006
Preferred Citation
Civil Engineering Records, 1946-1996 and undated, Southwest Collection/Special Collections Library, Texas Tech University, Lubbock,
Texas
Related Materials in the Southwest Collection/Special Collections
Library:
Civil Engineering- Wind Records, 1966-1979 and 1985
Civil Engineering- Water Records, 1910-1988
James H. Murdough oral history interview [sound recording], 1973
Collection Inventory
Manuscripts
1
1
American Society of Testing Materials: Correspondence,
1928-1984
1
2
American Society of Testing Materials: Testing Methods,
1971-1983 and undated
1
3
Analysis of Expansive Clay Soils Problems: Correspondence,
1985-1987
1
4
Analysis of Expansive Clay Soils Problems: Final Report,
1987
1
5
Analysis of Expansive Clay Soils Problems: Intergovernmental Personnel Act Agreement,
1985-1986
1
6
Analysis of Expansive Clay Soils Problems: Monthly Budget Summaries,
1984-1986
1
7
Analysis of Expansive Clay Soils Problems: Notes from Project Meetings,
1984-1985
1
8
Analysis of Expansive Clay Soils Problems: Progress Reports,
undated
1
9
Analysis of Expansive Clay Soils Problems: Travel,
1985-1986
1
10
Atterberg Limits Determination Data Sheets,
undated
1
11
Bureau of Reclamation: Amarillo Soil Testing,
1975-1979
1
12
Chart: Loading on Mat Foundations,
undated
1
13
Chart: Reese Airforce Base Special Foundation Testing,
1981
1
14
Chart: Tensiometer Readings,
1993-1994 and undated
1
15
Civil Engineering (3211): Technical Writing Notes,
undated
1
16
Clarification Requests Submitted,
1987 and undated
1
17
Computer-Related Information,
1981 and undated
1
18
Concrete: Tests and Analyses,
1973-1976 and undated
1
19
Consolidation Apparatus,
undated
1
20
Contracting by Negotiation: Part 15,
1985-1987
1
21
Control of Sand Drifts on Highways,
undated
Correspondence
1
22
Correspondence,
1977-1978
1
23
Correspondence,
1987-1988 and undated
1
24
Correspondence: Air Products and Chemicals, Inc.,
1986
1
25
Correspondence: Akzo Chemie America,
1986
1
26
Correspondence: American Cyanamid Company,
1982 and undated
1
27
Correspondence: American Hoechst Corporation,
1986
1
28
Correspondence: Analysis of Slab and Mat Foundation,
1984-1985
1
29
Correspondence: Badische Anilin und Soda Fabrik Wyandotte Corporation,
undated
1
30
Correspondence: Borden Chemical,
1985 and undated
1
31
Correspondence: Kenneth L. Bownds,
1986
1
32
Correspondence: Departmental Spending,
1979-1982
1
33
Correspondence: Development of a Lightweight Honeycomb Structural System for Rapid Runway Repair,
1981
1
34
Correspondence: Dust Suppression,
1986
1
35
Correspondence: Faculty (Folder 1 of 2),
1981-1987
1
36
Correspondence: Faculty (Folder 2 of 2),
1981-1987
1
37
Correspondence: Finetex,
1986
1
38
Correspondence: Jim Flemming’s Undergraduate Research,
1981-1982 and undated
1
39
Correspondence: GAF Corporation,
1985
2
1
Correspondence: Glass Research and Testing Laboratory,
1985
2
2
Correspondence: E. F. Houghton and Company,
1986
2
3
Correspondence: Laboratory Equipment Upgrade Plan,
1979-1983
2
4
Correspondence: McGuire, Ralph L.,
1987
2
5
Correspondence: Mona Industries, Inc.,
1985
2
6
Correspondence: Nalco Chemical Company,
1986
2
7
Correspondence: Phone Questionnaires,
undated
2
8
Correspondence: Post Tensioned Slab-on-Grade,
1965-1978 and undated
2
9
Correspondence: Preiser/Mineco,
1986
2
10
Correspondence: P. T. I. Industrial Committee,
1982-1983
2
11
Correspondence: Scientific and Engineering Technical Assistance (SETA),
1987
2
12
Correspondence: Soil Seal Corporation,
1986
2
13
Correspondence: The Soil Stabilization Products Company,
1986
2
14
Correspondence: Spartan Chemical Co., Inc.,
1986
2
15
Correspondence: Travel,
1981-1986
2
16
Correspondence: VSL Corporation,
1977
2
17
Correspondence: Warren K. Wray,
1984-1985
2
18
Correspondence: Wykeham Farrance, Inc.,
1986
2
19
Cost Principles for Non-Profit Organizations,
1980
2
20
Dust Control for Haul Roads,
1981
2
21
Dust Palliatives,
undated
2
22
Effects of Climate on Design of Residential Stiffened Slabs-on-Ground,
1979
2
23
Effects of Low-Level Blast Waves,
1984-1985
2
24
Evaluation of Firefighter Rescue Rope Requirements,
1980-1983 and undated
2
25
Evaluations of Fracture Patterns, Fallout Patterns, and Lacerative Hazards Presented by Window Glass Broken
by Low-Level Blast Waves,
1984
2
26
Experiment with Viscosity,
undated
2
27
Financial Papers: Analysis of Expansive Clay Soils Problems,
1986
2
28
Fire Technology,
1986-1987 and undated
2
29
Flexural Stresses: Testing and Analyses,
1976 and undated
2
30
Foreign Object Debris (FOD) Cover Analyses,
undated
2
31
Handwritten Computations,
1984 and undated
2
32
Handwritten Notes,
undated
2
32
Handwritten Notes,
undated
2
31
Handwritten Computations,
1984 and undated
2
32
Handwritten Notes,
undated
2
33
Investigation of the Potential of Non-Typical Rapid Runway Repair Materials,
1978-1981
2
34
Investigation of the Potential of Non-Typical Rapid Runway Repair Materials,
1981-1983
2
35
Investigation of the Potential of Sulfur Concrete for Rapid Repair of Bomb-Damaged Airfield Pavements,
1980-1982
2
36
Latex Modification of Fast-Fix C-1 Cement for the Rapid Repair of Bomb Damaged Runways,
1971-1982 and undated
2
37
Lecture: “Frost Action in Soils,” David A. Nuss,
1974
Literary Production
2
38
“Advanced Studies of Sulphur-Aggregate Mixtures As Structural Materials,”
John M. Dale and Allen C. Ludwig,
1968
2
39
“Air Blast Phenomena: Characteristics of the Blast Wave in Air,”
undated
2
40
“Behavior of Cement-Treated Soils in Flexure,” Lutfi Raad,
1988
2
41
“Benefication of Concrete Aggregates,” Robert Pope,
undated
2
42
Chapter 1- Introduction,
undated
2
43
Chapter 2- Basic Properties: Unit Weight of Cohesive Soils and Moisture Content,
undated
2
44
Chapter 3- Specific Gravity of Solids,
undated
3
1
Chapter 4- Atterberg Limits,
1982-1983
3
2
Chapter 5- Grain Size Analysis,
undated
3
3
Chapter 6- Soil Classification,
1982 and undated
3
4
Chapter 7- Permeability,
1981-1982
3
5
Chapter 8- Effective Stress,
undated
3
6
Chapter 9- Consolidation,
1982
3
7
Chapter 10- Settlement,
1982 and undated
3
8
Chapter 11- Direct Shear Test,
1982 and undated
3
9
Chapter 12- Triaxial Tests in Clay,
1982
3
10
Chapter 13- Unconfined Compression Test,
1982
3
11
Chapter 14- Moisture-Density Relationship,
1981-1983 and undated
3
12
Chapter 15- Field Density Measurement,
1977-1979 and undated
3
13
Collapsing Soils,
1957-1981
3
14
“Comparison of Quicklime and Hydrated Lime Slurries for Stabilization of Highly
Active Clay Soils,” Thomas M. Petry and Ta-Wen Lee,
1988
3
15
“A Concept for Rapid Repair of Bomb-Damaged Runways Using Regulated-Set Cement,” George C. Hoff,
1975
3
16
“Design and Installation of Earth Tiebacks,” Harry Schnabel, Jr. and James W. Sigourney,
undated
3
17
“Development and Testing of Superior Sulfur Concretes,” T. A. Sullivan and W. C. McBee,
1976
3
18
“Development of Specialized Sulfur Concretes,” William C. McBee and Thomas A. Sullivan
1979
3
19
“Dicylopentadiene [DCPD]-Modified Sulphur and Its Use as a Binder, Quoting Sulphur Concrete as an Example,” L. Diehl,
1973
3
20
“Direct Blast Injuries: Biological Factors,”
undated
3
21
“Direct Substitution of Sulfur for Asphalt in Paving Materials,” W. C. McBee and T. A. Sullivan,
1978
3
22
“A Discussion of Tests on Mixtures of Soil and Cement,” Ronald D. Fitts,
1970
3
23
“Dust Retardant Withstands Winds and Jet Wash,” author unknown,
1984
3
24
“Dynamic Properties of Cohesive Soils Treated With Lime,” K. Fahoum, M. S. Aggour and F. Amini,
1996
3
25
“The Effect of Lime on a Highly Plastic Clay With Special Emphasis on Aging,” Douglas A. Sweeney,
Daniel K. H. Wong and D. G. Fredlund,
1988
3
26
“The Effects of Pulverization on the Strength and Durability of Highly Active Clay Soils
Stabilized With Lime and Portland Cement,” Thomas M. Petry and Suzanne Kelly Wohlgemuth,
1988
3
27
“Evaluation of Materials for Post-Attack Pavement Repair,”
1978
3
28
“Evaluation of McKelligan Canyon Aggregate with Respect to Frictional Properties,” Abulkhair Mohammad Zobayed,
1994
3
29
“Evaluation of McKelligan Canyon Aggregate with Respect to Frictional Properties,” Abulkhair Mohammad Zobayed,
undated
3
30
“Evaluations of Fracture Patterns, Fallout Patterns, and Lacerative Hazards Presented by Window
Glass Broken by Low-Level Blast Waves,”
1984
3
31
“Fatigue Behavior of Sulfur Concrete,” D. Y. Lee and F. W. Klaiber,
1977
3
32
“Field Test of Standard Bomb Damage Repair Techniques for Pavements,” Lawrence D. Hokanson and Raymond S. Rollings, Jr.,
1975
3
33
“Grouting of Machinery Foundations,” E. M. Renfro,
1972-1984 and undated
3
34
“Interim Field Procedure for Bomb Damage Repair,” Michael T. McNerney,
1979
3
35
“Interim Report of Field Test of Expedient Pavement Repairs,” Raymond S. Rollings,
1980
3
36
“An Investigation Into the Use of Polymer-Concrete for Rapid Repair of Airfield Pavements,”
1978
3
37
“Investigation of the Potential of Sulfur Concrete For Rapid Repair of Bomb-Damaged Airfield Pavements,” Warren K. Wray,
1981
3
38
“Laboratory Evaluation of Expedient Pavement Repair Materials,” Raymond S. Rollings,
1978
3
39
“Load Transfer in Pressure Injected Anchors,” David R. Shields, Harry Schnable, Jr. and David E. Weatherby,
1978
4
1
“Longevity Aspects of Permanent Ground Anchors,” Department of Civil Engineering (Folder 1 of 2),
1976-1979
4
2
“Longevity Aspects of Permanent Ground Anchors,” Department of Civil Engineering (Folder 2 of 2),
1976-1979
4
3
“Measuring Thermal Properties of Soil for Heat Transfer and Soil Moisture Migration Under the
Influence of Thermal Osmosis,” Warren K. Wray,
1982
4
4
“Modified-Sulfur Cements for Use in Concretes, Flexible Pavings, Coatings, and Grouts,” William C. McBee, Thomas A. Sullivan and Bing W. Jong,
1981
4
5
“Modified-Sulphur Concrete Technology,” William C. McBee, Thomas A. Sullivan and Bing W. Jong,
undated
4
6
“Monitoring and Evaluation of Temporary and Permanent Tiebacks in Cohesive Soils,” Harald P.
Ludwig, David E. Weatherby and Raymond N. Yong,
1983
4
7
“A New Approach To Sulfur Concrete,” R. Gregor and A. Hackl,
1977
4
8
“Nondestructive Tests for Determining Compressive Strength of Cement-Stabilized Soils,”
Paul A. Okamoto, Brian T. Bock and Peter J. Nussbaum,
undated
4
9
“Nonlinear Dynamic Analysis of Thin Rectangular Glass Plates,” C. V. G. Vallabhan,
1985
4
10
“A Numerical Model to Incorporate the Influence of Shrinkage Cracks on the Transient
Moisture Movement Through Unsaturated Soil,” Mohd. Asri Ab. Rahim (Folder 1 of 2),
1994
4
11
“A Numerical Model to Incorporate the Influence of Shrinkage Cracks on the Transient Moisture
Movement Through Unsaturated Soil,” Mohd. Asri Ab. Rahim (Folder 2 of 2),
1994
4
12
“Plastic Sulfur Stabilization by Copolymerization of Sulfur With Dicyclopentadiene,”
Binoy K. Bordoloi and Eli M. Pearce,
1977
4
13
“Plasticization of Sulfur,” B. R. Currell, A. J. Williams, A. J. Mooney and B. J. Nash,
1974
4
14
“Preparation and Properties of Modified Sulfur Systems,” L. Blight, B. R. Currell, B. J. Nash,
R. A. M. Scott and C. Stillo,
undated
4
15
“Procedures for Testing Earth Setbacks,” Harry Schnabel, Jr.,
1974
4
16
“Program Management Plan for Rapid Runway Repair,”
1980
4
17
“Properties of Sulfur Concrete,” Thomas E. Bretz, Jr.,
1979
4
18
“Rapid Runway Repair,” James Fleming,
1983
4
19
“Rapid Runway Repair Materials,” Thomas E. Bretz,
1979
4
20
“Reaction Products Formed in Lime-Stabilized Marine Clays,” S. Narasimha Rao and G. Rajasekaran,
1996
4
21
“Slurry Trench Construction for Pollution Migration Control,” Philip Spooner, Roger Wetzel, ]
Constance Spooner, Claudia Furman, et. al.,
1985
4
22
“Soil Mechanics and Foundations Division,” John Peters and Joe Sciandrone,
1964
4
23
“Soil Stabilization Around Aircraft Operating Areas in Expeditionary Environments,”
W. K. Wray, K. L. Bownds and R. Wm. Tock,
undated
4
24
“Sonic Boom,”
1966-1969
4
25
“Stability of Sulfur-Infiltrated Concrete in Various Environments,” J. A. Soles, G. G. Carette and V. M. Malhotra,
1977
4
26
“Stabilization Guidelines,” Avery W. Smith and Jon A. Epps,
1975
4
27
“Standard Test Methods for Resistance of Concrete To Rapid Freezing and Thawing,” author unknown,
undated
4
28
“Study of Clay-Cement Slurries with Mechanical and Electromagnetic Waves,” M. A. Fam and J. C. Santamarina,
1996
4
29
“A Study of Durability in Temperature Cycles and Water Resistance of Sulfur Concretes and
Mortars,” N. G. Shrive, J. E. Gillott, I. J. Jordaan and R. E. Loov,
1977
4
30
“Study of Lateral Pressures on Basement Walls Due to Swelling Soils,” Warren Wray,
1987
4
31
“Sulphur-Aggregate Concrete,” John M. Dale and Allen C. Ludwig,
1967
4
32
“Sulfur Concrete-A New Construction Material,” Robert E. Loov, Alan H. Vroom and Michael A. Ward,
1974
4
33
“Sulphur Concretes and Coasting,” M. E. D. Raymont,
1978
4
34
“Summary Report on Amalgapave Testing,” Raymond S. Rollings,
1976-1979
4
35
“Temporary Wind Erosion Control: Cost and Effectiveness of 34 Commercial Materials,” D. V. Armbrust and J. D. Dickerson,
1971
4
36
“Tiebacks and Their Application,” David E. Weatherby and James W. Sigourney,
1981
4
37
“Tiebacks for Waterfront Bulkheads,” Ernest D. Brandl, John S. Davis and Robert C. Houghton,
1983
4
38
“Tyndall Airforce Base Bomb Damage Repair Field Test, Documentation and Analysis,” Lawrence D. Hokanson,
1975
4
39
“Wind Erosion Control with Chemical Sprays,” J. Letey, D. E. Halsey, A. F. Van Maren and W. F. Richardson,
1963
4
40
“A Wind Erosion Equation,” N. P. Woodruff and F. H. Siddoway,
1965
4
41
“Window Glass Failure and Casualty Prediction,”
1985
4
42
Loading Patterns, Deflections and Stresses,
undated
4
43
Minutes: Navy Dust Suppression Project Meetings,
1986
4
44
National Institute for Occupational Safety and Health Rope Stress Proposal,
1981 and undated
5
1
National Science Foundation: Expansive Soils,
1979-1987 and undated
5
2
Navy: Vertical Take-off and Landing Dust Suppression: Budget,
1986
5
3
Navy: Vertical Take-off and Landing Dust Suppression: Contract,
1986
5
4
Navy: Vertical Take-off and Landing Dust Suppression: Correspondence,
1985-1986
5
5
Navy: Vertical Take-off and Landing Dust Suppression: Product Evaluation/Ranking Studies,
undated
5
6
Navy: Vertical Take-off and Landing Dust Suppression: Project Reports,
1986
5
7
Navy: Vertical Take-off and Landing Dust Suppression: Proposal,
1986 and undated
5
8
Navy: Vertical Take-off and Landing Dust Suppression: Supply Purchases,
undated
5
9
Navy: Vertical Take-off and Landing Dust Suppression: Telephone/Teleconference Notes,
1986
5
10
Navy: Vertical Take-off and Landing Dust Suppression: Travel,
1986
5
11
Navy: Vertical Take-off and Landing Dust Suppression: Weekly Progress Meetings,
1986
5
12
Orlando Technology, Inc. (OTI),
1987
5
13
Pavements,
1987 and undated
5
14
Permafrost,
1946-1973
5
15
Preliminary Proposal to the National Science Foundation,
1979-1980
5
16
Pre-Proposal for Development of Design Equations for Mat Foundations,
1980
5
17
Product Evaluation: Coherex,
1986
5
18
Product Evaluation: DLR,
undated
5
19
Product Evaluation: Emery Chemicals,
1984-1986
5
20
Product Evaluation: Good-Rite Latex,
1985
5
21
Product Evaluations,
undated
5
22
Product-User Conversations at China Lake Naval Weapons Center,
undated
5
23
Project Breakwater,
1970-1971 and undated
5
24
Project: Grain Size Analysis,
1974
5
25
Proposal: Orlando Technology, Incorporated,
1987
5
26
Proposal: Brent Rauhut Engineering, Inc.,
1987
5
27
Recommendation Forms for Employment and Graduation School Applicants,
1981
5
28
References,
1992-1996
5
29
Scientific and Engineering Technical Assistance (SETA): Briefing #1, Originals,
1986
5
30
Scientific and Engineering Technical Assistance (SETA): Briefing to CARE Board of Directors,
1986
5
31
Scientific and Engineering Technical Assistance (SETA): Briefing to Dean’s Council,
undated
5
32
Scientific and Engineering Technical Assistance (SETA): Contract Data Requirements List,
1971-1986
5
33
Scientific and Engineering Technical Assistance (SETA): Cost Accounting/Reporting,
1987
5
34
Scientific and Engineering Technical Assistance (SETA): Cost Estimates,
1985-1987
5
35
Scientific and Engineering Technical Assistance (SETA): Cost Proposal,
1987
5
36
Scientific and Engineering Technical Assistance (SETA): Draft Request for Approval,
1987
5
37
Scientific and Engineering Technical Assistance (SETA): Environmental/Hazardous Wastes,
1987
5
38
Scientific and Engineering Technical Assistance (SETA): Facility Analysis,
1987
5
39
Scientific and Engineering Technical Assistance (SETA): Formal Request for Proposal,
1973-1987
6
1
Scientific and Engineering Technical Assistance (SETA): Librarian,
1987
6
2
Scientific and Engineering Technical Assistance (SETA): Miscellaneous (Past Proposals),
1979-1987
6
3
Scientific and Engineering Technical Assistance (SETA): Notes from Contractors’ Meeting,
undated
6
4
Scientific and Engineering Technical Assistance (SETA): Proposal,
1985-1987 and undated
6
5
Scientific and Engineering Technical Assistance (SETA): Brent Rauhut Engineering, Inc.,
1987
6
6
Scientific and Engineering Technical Assistance (SETA): RCA Service Co. Proposal,
1985
6
7
Scientific and Engineering Technical Assistance (SETA): Response to Draft Statement of Work,
1986
6
8
Scientific and Engineering Technical Assistance (SETA): Resumes,
1984-1987
6
9
Scientific and Engineering Technical Assistance (SETA): Statement of Work,
1987
6
10
Scientific and Engineering Technical Assistance (SETA): Videotape,
undated
6
11
Scientific and Engineering Technical Assistance (SETA): Volume I: Executive Summary (Folder 1 of 2),
1987
6
12
Scientific and Engineering Technical Assistance (SETA): Volume I: Executive Summary (Folder 2 of 2),
1987
6
13
Scientific and Engineering Technical Assistance (SETA): Volume III: Cost/Price Proposal,
1987
6
14
Soil Classification Tables,
undated
6
15
Soil Consolidation Test,
undated
6
16
Soil Mechanics Chapter Outlines (Folder 1 of 2),
undated
6
17
Soil Mechanics Chapter Outlines (Folder 2 of 2),
undated
6
18
Soil Stabilization for Expeditionary Airfields,
1982
7
1
Soil Stabilization Project: Abstracts and Recommendations for Further Research,
undated
7
2
Soil Stabilization Project: Account Summary Reports,
1986-1987
7
3
Soil Stabilization Project: “Dust Control for Expeditionary Airfields,” Woodward-Clyde Consultants,
1982
7
4
Syllabus: Soil Engineering (CE 3121),
1975
7
5
Ten Channel Switch and Balance,
undated
7
6
Testing Notes,
1984-1985
7
7
Tests: Combination Permeameter, Model: K-605,
1978
7
8
Tests: Proving Ring, P/N 455 (220 kilograms),
undated
7
9
Tests: Proving Ring, S/N G166 (10,000 pounds),
undated
7
10
Tests: Proving Ring, S/N 7D-1-71 (350 kilograms),
undated
7
11
Tests: Proving Ring, S/N 455 (220 kilograms),
undated
7
12
Tests: Proving Ring, S/N 5303 (300 pounds),
undated
7
13
Tests: Proving Ring, S/N 9825 (500 pounds),
undated
7
14
Tests: Proving Ring, S/N 10148 (250 pounds),
undated
7
15
Tests: Proving Ring-025, S/N 10148 (250 pounds),
undated
7
16
Tests: Proving Ring, S/N 10168 (500 pounds),
undated
7
17
Tests: Proving Ring, S/N 10764 (1500 pounds),
undated
7
18
Tests: Proving Ring-3, S/N 18641 (300 pounds),
1979-1981
7
19
Tests: Proving Ring-10, S/N 10648 (1,000 pounds),
undated
7
20
Tests: Proving Ring, S/N 23360 (6,000 pounds),
undated
7
21
Tests: Proving Ring, S/N 23360 (6,000 pounds),
undated
7
22
Tests: Proving Ring, S/N 70271 (350 kilograms),
undated
7
23
Three-D Contour Plotting,
undated
7
24
Triaxial Piston Turner,
1955-1966
7
25
Triaxial Pore Pressure Apparatus,
1959-1965
7
26
Window Breakage and Hazards Modeling,
1984
Oversized Materials
1
Foundation Plan/Beam Data and Sections,
undated
2
Operation Breakwater Milestone Chart,
1970
3
Project Breakwater,
1970
4
Reese Air Force Base Benchmark Locations (illegible date),
undated
5
Reese Air Force Base Benchmark Locations (illegible date),
undated
6
Reese Air Force Base Floor Slab Movement,
1981
7
Reese Air Force Base Floor Slab Movement,
1981
8
Reese Air Force Base Structural Movement,
1981
9
Reese Air Force Base Structural Movement,
1981
10
Work Area A Tetrapod Construction and Storage Area,
1970
11
Work Area B and Prata Breakwater,
1970