This Reference CD consists of 15 documents of learning / training material, diagrams and images, 670 pages in all.
This material deals with concrete engineering with specific attention on design, construction and quality testing principles.
This Reference CD would be a useful resource to anyone working in, looking to work in, or studying in construction engineering fields. These documents really are exceptional in their content and detail.
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CONCRETE ENGINEERING
(150 pages)
Army Correspondence Course Program
September 1992
Concrete Components
Desirable Concrete Properties
Desirable Concrete Components
Slump Test
Proportioning Concrete Mixtures
Method of Considerations
Trial Batch Method
Absolute Volume Method
Adjustments to the Original Design
Form Design and Construction
Form Design
Using Form Design Principles
Construction Procedures
Reconnaissance, Site Preparation, and Excavation Procedures
Plan Formwork Used in Construction Projects
Mixing, Handling Transportation, Placement, Finishing, and Curing of Concrete
Temperature Effects on Concrete
CONCRETE CONSTRUCTION
(43 pages)
Naval Education and Training
NAVEDTRA 14045, Chapter 3
July 1977
Concrete Safety
Formwork
Form Design
Wall Form Design
Overhead Slab Form Design
Beam Form Design
Labor Estimates
Reinforced Concrete
Reinforcing Steel
Column Reinforcement
Beam Reinforcement
Wall Reinforcment
Design of Concrete Mixtures
Book Method
Trial Batch Method
Absolute Volume Method
Mix Variations
Mix Adjustments
Admixtures
Slump Test
Compressive Test
Flexural Test
Computing Concrete
Batching Concrete
Transit Mixer Safety
Precast and Tilt-Up Construction
Precast Concrete
Prestressed Concrete
Special Types of Concrete
STRUCTURAL DESIGN CRITERIA FOR BUILDINGS
(47 pages)
Headquarters, Departments of the Army and Air Force
20 May 1992
Concrete
Basis for Design
Design Strengths
Design Choices
Slab and Framing Systems
Shrinkage and Temperature Reinforcement
Joints
Deflection and Crack Control
Climatic Influences
Special Considerations
Structural Slabs
Slabs on Grade
etc.
Steel
Wood
Aluminum
Metal Roofing and Siding
Metal Building Systems
etc.
WORKING WITH CONCRETE
(57 pages)
Naval Education and Training
NAVEDTRA, Chapters 6-7
March 1993
Concrete
Concrete Characteristics
Concrete Ingredients
Concrete Mix Design
Mixing Concrete
Precast and Tilt-Up Concrete
Working with Concrete
Formwork
Reinforced Concrete
Concrete Construction Joints
Sawing Concrete
Placing Concrete
Consolidating Concrete
Finishing Concrete
CONCRETE FORMS AND STRUCTURES
(120 pages)
U.S. Army Engineers
09-30-98
Site Reconnaissance Requirement
Site Preparation Requirements
Excavation Techniques
Subgrade Preparation
Design Concrete Forms
Panel Wall Form Design Formulas
Design panel Wall Forms
Wall Form Bracing
Floor Slab on Grade Formulas
Design a Floor Slab on Grade
Column Form Design Formulas
Design Column Forms
Identify Reinforcing Materials
Reinforcing Materials, Grades, and Mill Codes
Placement of Reinforcing Rods
Calculate Quantities for Concrete Forms
Concrete Components
Quantities Required per Cubic Yard Formula
Calculate Quantities of Concrete
Procedures for Mixing, Placing, Finishing, Curing and Repairing Concrete
Mixing Concrete
Concrete Placement
Finishing Concrete
Curing Concrete
Slump Test
Repairing Concrete
CONCRETE FLOOR SLABS ON GRADE SUBJECTED TO HEAVY LOADS
(57 pages)
Departments of the Army and Air Force
August 1987
Basis of Floor Slab on Grade Design
Stresses
Vehicle-imposed loads
Stationary live loads
Wall loads
Determination of Floor Slab Requirements
Vehicular loads
Traffic distribution
Stationary live loads
Wall loads
Unusual loads
Site Investigation
General
Subgrade conditions
Envirormental conditions
Concrete strength
Design Procedure
General
Floor slab loads
Subgrade
Base courses
Reinforced Design
Steel reinforcement
Joint types and usage
Floor slab geometry
Fiber reinforced design
DESIGN FORMS FOR A CONCRETE WALL
(53 pages)
Army Correspondence Course Program
Subcourse EN5151, Edition A
December 1995
Math Review
Select Materials for Wall Forms
Complete Design Procedure
Practice Exercise
ESTIMATE MATERIALS FOR A WALL FORM
(30 pages)
Army Correspondence Course Program
Subcourse EN5154, Edition A
March 1996
Estimate Materials for a Wall Form
Practice Exercise
Answer Key and Feedback
List of Common Acronyms
DESIGN FORMS FOR A CONCRETE COLUMN
(21 pages)
Army Correspondence Course Program
Subcourse EN5152, Edition B
October 1995
Concrete Columns
Selection of Proper Materials
Yoke Spacing
Practical Exercise
DESIGN FORMS FOR AN OVERHEAD CONCRETE SLAB
(24 pages)
Army Correspondence Course Program
Subcourse EN5153, Edition A
August 1995
Select Proper Materials
Determine the Total Unit Load on the Floor Form
Determine the Maximum Joist Spacing
Determine the Uniform Load on a Joist
Determine the Maximum Stringer Spacing
Determine the Uniform Load on the Stringer
Determine the Maximum Shore Spacing
Practical Exercise
DEVELOP A CONCRETE MIX DESIGN
(8 pages)
U.S. Army Engineers
Method Considerations
Trial Batch Method
Absolute Volume Method
Adjustments for Moisture on Aggregate
Materials Estimation
PREPARE A CONCRETE MIX DESIGN
(17 pages)
U.S. Army Engineers
Safety, Risk and Environmental Concerns
Concrete Mix Setting
Control Data Worksheet
Hi-Flow Admix Worksheet
Calcium Chloride Admix Worksheet
Low-Flow Admix Worksheet
OBTAIN CONCRETE STRENGTH TEST SPECIMENS
(17 pages)
U.S. Army Engineers
Identify Properties of Concrete
Obtain Fresh Concrete Samples
Determine the Slump of Fresh Concrete
Determine the Air Content of Plastic Concrete
Cast a Concrete Cylinder
Cast a Concrete Beam
DETERMINE THE QUALITY OF HARDENED CONCRETE
(16 pages)
U.S. Army Engineers
Determine the Compressive Strength of Concrete
Formula for Deterimining Compressive Strength
Record of Break
Types of Fractures
Determine Flexural Strength of Concrete
Formula for Determining Flexural Strength
INTRODUCTION TO THE M919 CONCRETE MOBILE MIXER
(10 pages)
U.S. Army Engineers
Uses of the M919
Characteristics of the M919
Capabilities of the M919
Limitations of the M919
Components of the M919
THESE DOCUMENTS ARE IN ELECTRONIC ADOBE PDF FORMAT
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