Constructing Tall Slender Walls Warren MI

It didn't take long for designers to realize that they were no longer restricted to a height of 16½ feet for an 8-inch masonry wall in Warren. The ability to build masonry walls taller and thinner brings initial cost savings, more interior space and higher vertical clearance.

A Ct
(586) 772-1660
25530 SchoenheRR Rd
Warren, MI
 
Debacker & Sons
(586) 775-8700
21750 Schmeman Ave
Warren, MI
 
Marcel Construction
(586) 757-8392
26242 Grobbel Ave
Warren, MI
 
K C Masonry And Concrete Impressions
(586) 795-9401
6345 Product Dr
Sterling Heights, MI
 
Unique Pools & Masonry
(586) 610-9939
33567 Ryan Rd
Sterling Heights, MI
 
Builder Mike
(586) 446-4640
11193 E 13 Mile Rd
Warren, MI
 
Expert Construction Co
(586) 293-0920
31056 Shawn Dr
Warren, MI
 
Silverado Construction Inc
(586) 758-2600
2055 E 9 Mile Rd
Warren, MI
 
Giannola Masonry Co
(586) 792-2070
35086 Cordelia St
Clinton Township, MI
 
Stone Doctor
(248) 698-3161
White Lake Twp
Sterling Heights, MI
 

Constructing Tall Slender Walls

Provided By:

Source: MASONRY CONSTRUCTION MAGAZINE
Publication date: December 1, 1998

By James E. Amrhein

Abstract: As recently as 1985, codes limited a wall's height based on the arbitrary height-to-thickness ratio However, once researchers proved that taller, thinner walls could perform well under vertical and lateral loads, strength-design techniques were introduced to the codes, the height limits got much higher, and designers were free to adjust many factors to get walls as tall and thin as necessary. It didn't take long for designers to realize that they were no longer restricted to a height of 16½ feet for an 8-inch masonry wall. The ability to build masonry walls taller and thinner brings initial cost savings, more interior space and higher vertical clearance. It also has special implications for seismic regions by making it possible to build 8-inch walls where 10-inch walls were constructed using other design techniques. Because thinner walls are lighter, they sustain higher lateral forces, a critical factor in earthquake design.By altering any of the following five factors of the overall design equation, designers can build taller walls:
  • Strength of units
  • Amount of rebar in the wall
  • Placement of rebar
  • Grouting
  • Attachment to the foundation or roof.
"Special inspections" are required during the construction of tall slender masonry walls because the strength design method is used. This generally means that a qualified masonry construction inspector is onsite throughou...

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