Structural Framing and Foundations: Beams, Bearing and Load Paths
Coordinate wood and steel framing, beam supports, strip and raft foundations, and wind or seismic load paths using product-specific data and site conditions.
Read Engineering Guide →Code-referenced calculation guides, 1.75-inch Microllam 2.0E LVL span tables, IRC Chapter 9 roof underlayment details, wind uplift comparisons, and addition budgeting guides using dated NAHB new-home data curated by the Buchanan Construction Editorial Desk.
Coordinate wood and steel framing, beam supports, strip and raft foundations, and wind or seismic load paths using product-specific data and site conditions.
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Compare fiber-cement, metal and vinyl siding, roof coverings and the flashing connections that keep rain, air and moisture control continuous.
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Plan additions and kitchen or bathroom remodels with defined quantities, structural and enclosure tie-ins, permits, trade dependencies and written change control.
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Read verified Weyerhaeuser Microllam 2.0E floor-load table entries, bearing conditions, multi-ply connections and the support checks needed for a wall opening.
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Trace joist bearing, basement supports, roof reactions and lateral bracing before planning a wall opening, with the checks needed for temporary support.
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Apply the 2024 IRC ice-barrier scope and eave geometry, coordinate valley and drip-edge laps, and compare GRACE HT product conditions for the roof assembly.
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Compare named metal and shingle specifications, attachment methods, wind-test conditions, warranties and a project-based 50-year ownership-cost framework.
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Use a clearly defined addition scope, local trade quotes and the dated NAHB 2024 new-home cost categories to compare foundation-to-finish budgets.
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Local code tables set minimum footing bottom depth below finish grade, while soil bearing pressure sizes concrete width and drainage stops frost heave.
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Field guide to house wrap installation: shingle-lapped courses, horizontal and vertical seam overlaps, cap-nail spacing, tape sealing, and pipe penetrations.
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House siding or the exterior finish system must be removed prior to installation of the ledger board, and approved corrosion-resistant flashing is required at any ledger board connection to a wood-framed wall (see Figure 14 continuous flashing detail).
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Properly lapped flashing directs water out of the wall cavity.
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Air-seal the rim and band joist to the floor air barrier, then insulate without closing both drying directions of the wood.
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Plan additions and kitchen or bathroom remodels with defined quantities, structural and enclosure tie-ins, permits, trade dependencies and written change control.
Read technical guide
Compare fiber-cement, metal and vinyl siding, roof coverings and the flashing connections that keep rain, air and moisture control continuous.
Read technical guide
Use a clearly defined addition scope, local trade quotes and the dated NAHB 2024 new-home cost categories to compare foundation-to-finish budgets.
Read technical guide
Apply the 2024 IRC ice-barrier scope and eave geometry, coordinate valley and drip-edge laps, and compare GRACE HT product conditions for the roof assembly.
Read technical guide
Trace joist bearing, basement supports, roof reactions and lateral bracing before planning a wall opening, with the checks needed for temporary support.
Read technical guide
Read verified Weyerhaeuser Microllam 2.0E floor-load table entries, bearing conditions, multi-ply connections and the support checks needed for a wall opening.
Read technical guide
Compare named metal and shingle specifications, attachment methods, wind-test conditions, warranties and a project-based 50-year ownership-cost framework.
Read technical guide
Coordinate wood and steel framing, beam supports, strip and raft foundations, and wind or seismic load paths using product-specific data and site conditions.
Read technical guide
Understand how roofs, walls, windows, foundations, air barriers, drainage planes, insulation, and HVAC work as one enclosure.
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Understand how official flood information, elevation, foundations, enclosures, utilities, drainage, and documentation shape a coastal home project.
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Compare residential building materials by assembly role, exposure, compatibility, installation, maintenance, and replacement—not price alone.
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A practical starting point for planning durable homes in hurricane, flood, salt-air, and hot-humid coastal conditions.
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A regional starting point for permit research, flood and wind questions, stormwater coordination, and coastal project due diligence in the Carolinas.
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Practical tools for defining scope, comparing bids, managing decisions, documenting changes, and closing out a residential project.
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A decision-first guide to defining scope, selecting a team, controlling allowances, and planning a durable custom home.
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Review high-wind roofs as complete assemblies—from shape and deck attachment to sealed decks, edges, coverings, penetrations, and maintenance.
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Plan remodeling work around existing conditions, hidden-risk allowances, permits, water management, and a controlled change process.
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Plan a hurricane-resistant home around site conditions, a continuous load path, protected openings, rain control, and verified installation.
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Coordinate rain control, air sealing, vapor behavior, HVAC sizing, ventilation, and dehumidification for durable hot-humid homes.
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