HOME                                                                                                                                                          FREE Commercial Project & Planning Assistance

                              

  Benefits:

 

•  Economic

 

•  Environmental

 

•  Curb Appeal

 

•  Fast Placement

 

  Applications:

 

 Conventional
    Concrete Parking

 

 Pervious Concrete

 

 Parking Structures

 

 Concrete Streets

 

 WhiteTopping

 

 Ultra-Thin

    WhiteTopping

 

 Concrete Paths

 

 Concrete Curbs
    and Gutters

 

Resources

 

Industry Links

 

Concrete Publications

 

Link to Us

 

 

 

 

 

 

 

 

 

Aesthetics

                         

    The architectural appeal of cast-in-place concrete construction is widely recognized. In fact, structures with other framing systems often imitate cast-in-place concrete parapets and fascia. Curvilinear shapes and forms economically achievable in cast-in-place structures provide the necessary flexibility for creative architectural expressions.

   

    The aesthetic advantages of cast-in-place concrete parking structures are demonstrated in project case studies. The ease with which architectural treatments of exposed concrete are achieved is a definite advantage of cast-in-place concrete structures. A notable example is the Williams Square West Garage in Irving, Texas, shown above. In this structure, the concrete in exposed perimeter elements was made with a crushed granite aggregate. The concrete for the interior beams, slabs and columns used a more economical crushed limestone aggregate. To fully reveal the color of the granite, perimeter surfaces were sandblasted.

 

 

Back to Parking Structures Home

 

  

 

 

 


 

 

ConcreteAnswers

 for Architects,

 Engineers and

 Developers:

 

ConcreteAnswers.org

 

PerviousPavement.org

GreenConcrete.info

ConcreteBuildings.org

SelfConsolidating

Concrete.org

FlowableFill.org

GreenRoofTops.org

 

 

 

About NRMCA  |  Privacy Statement

© National Ready Mixed Concrete Association, 2009