Is Lightweight Concrete All Wet?
Lightweight concrete is occasionally
thought to be the primary culprit
in moisture-related failures...Learn more!
TXI White Papers
Geotechnical
ESCS Lightweight Soil Mechanics – Properties and Applications
Internal Curing/Specified Density
Internal Curing of Concrete Paving: Laboratory and Field Experience
Internal Curing - Questions and Answers
Internal Curing: A 2010 State-of-the-Art Review
Cracking Tendency of Lightweight Concrete
Internal Curing: Constructing more Robust Concrete
Sports Fields
Changing the Face of Athletic Maintenance
Top Dressing and Incorporating Infield Conditioners
The Benefits of Turf (Ohio State University)
Masonry
Best Practices for Keeping Single-Wythe Concrete Block Masonry Dry
Structural Lightweight Concrete
Making Good Projects Great
Evaluation of Lighweight Concrete Performance in 55 to 80 Year Old Ships
How It Started
Georiga Institute of Technology: Creep, Shrinkage, and Prestress Losses of High-Performance Lightweight Concrete
Georiga Institute of Technology: Lightweight Concrete for High Strength and Performance Precast Prestressed Bridge Girders
Special Uses and Applications
Horticulture
A Down to Earth Application
The Benefits of Turf (Ohio State University)
Highways & Roads
Chip Seal – Best Practices
Recommended Pavement Preservation/Sealcoat Annual Schedule
Determining Design Rates
Use of Sweep Test for Emulsion and Host Asphalt Chip Seals
