Relevant Industry Articles

“Performance-Based Dowel Design”, Concrete Construction, Jan 2007. 

“Plate Dowels for Slabs-on-Ground”, Concrete International, July 1998. 

"Cost-Effective Slabs-on-Ground”, Concrete International, May 2004.

“A Solution to the Cracking and Stresses Caused by Dowels and Tie Bars”, Concrete International, Jan 2001. 

“Thou Shalt Not Curl Nor Crack…hopefully”, Concrete International, Jan 1999. 

“The Hidden Cost of Aggregate Interlock”, Concrete Construction, Jan 2007. 

“ACI 360R-06 Brings Slabs-on-Ground Design into the 21st Century”, Structure, Jan 2007. 

“Handling Joints in Industrial Concrete Floors”, World of Concrete, Jan 2007. 

“Reinforcement for Slabs-on-Ground”, Concrete Construction, Jan 2008. 

“Improved Load Transfer and Reduced Spalling”, International Colloquium of Industrial Floors, Esslingen, Germany, January, 2003. 

“Innovations for Durable Floors”, Concrete Construction, Jan 2002. 

“Dowel Basket Tie Wires”, ACPA R&T Update – Concrete Pavement Research & Technology, Jan 2005. 

“Designing the Cost-Effective Slab-on-Ground Least Likely to Crack or Spall”, Structure, April 2007.

 “A Decade of Dowel Development”, Concrete News, Jan 2007.

“Concrete Floor Slabs”, The Construction Specifier, Oct 2007.

“An Alternative to Traditional Round Dowel Bars”, ACPA R&T Update – Concrete Pavement Research & Technology, Aug 2008.

"Industrial Concrete Paving", Concrete Construction, Nov. 2013

"Joint Stability and Concrete Floors", Construction Specifier, Aug. 2011

"Guide to Concrete Overlays", CP Tech Center, Oct. 2012

"Guide to Dowel Load Transfer Systems for Jointed Concrete Roadway Pavements", National Concrete Consortium