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JRH Engineering | Civil | Structural | Land Development
CASE STUDIES

CMU Masonry Custom Home Structural Design in Arcadia, FL — 148 MPH Wind Design

Arcadia · DeSoto County · Florida

Structural Engineering

CMU masonry custom home under construction in Arcadia, DeSoto County, Florida

Masonry structural engineering for interior Florida high-wind zones

JRH Engineering provided complete structural engineering design for a new custom home in Arcadia, DeSoto County, Florida, built with concrete masonry unit (CMU) construction and engineered for a 148 mph basic wind speed under the Florida Building Code — reflecting the elevated wind design standards required in this part of Florida interior.

AT A GLANCE

Project facts

  • Project type: custom single-family home, CMU structural engineering 

  • Location: Arcadia, DeSoto County, FL 

  • Scale: single-family residence, masonry construction 

  • Services: structural engineering, masonry design, foundation design 

  • Permitting agency: DeSoto County 

  • Client: confidential, private homeowner 

  • Completion: Q2 2026 

  • Construction value: confidential

Structural engineering

  • Design wind load based on the Florida Building Code 2023, 8th Edition — 148 mph basic wind speed, Building Category II, Exposure D, 0.18 internal pressure coefficient for a fully enclosed structure 

  • Precast concrete lintels specified over all openings, sized and reinforced for the given spans and loading conditions 

  • Foundation dowels detailed to align with vertical masonry cores per code-required tolerances 

  • Design confirmed to meet ACI 530.1 and ASCE 7-22 requirements 

  • Special inspection of unit masonry required and specified per Florida Building Code 2023

Permitting and agency coordination

  • PE-sealed structural plans prepared for DeSoto County building permit submission 

  • Florida Building Code 2023, 8th Edition compliance confirmed throughout the masonry design

The Challenge — 148 mph puts real demands on masonry detailing

Every opening needs a properly sized lintel, every foundation dowel needs to align with the wall vertical reinforcement, and the masonry itself requires special inspection to confirm it was built to the design.

JRH’s Approach — detail the whole system to the code wind criteria

JRH designed the complete masonry structural system to the Florida Building Code 2023, 8th Edition wind criteria for the site, specifying precast lintels sized for their spans and loads, detailing foundation dowel alignment with vertical wall cores, and confirming the design against ACI 530.1 and ASCE 7-22 standards.

The Results

01

Masonry structural design engineered to a 148 mph basic wind speed per Florida Building Code 2023, 8th Edition

02

Precast lintel design provided for every opening, sized to span and load requirements

03

ACI 530.1 and ASCE 7-22 compliance confirmed throughout the structural design

04

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Frequently Asked Questions

What was the main engineering challenge on this Arcadia, FL custom home project?

DeSoto County's 148 mph basic wind speed requirement placed significant demands on the home's masonry detailing, including opening lintels, foundation dowel alignment, and special masonry inspection requirements.

How did JRH Engineering design the CMU masonry structure for this wind zone?

JRH designed the complete masonry structural system to the Florida Building Code 2023, 8th Edition wind criteria, specifying precast lintels sized for their spans and loads and confirming the design against ACI 530.1 and ASCE 7-22 standards.

What were the results of the Arcadia CMU masonry project?

JRH engineered a masonry structural design built to withstand a 148 mph design wind speed, with precast lintel design provided for every opening and full ACI 530.1 and ASCE 7-22 compliance confirmed.

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