Simply Elegant is engineered as a full timber frame residence expressed through a classical barn typology. The structural system relies entirely on heavy timber posts, beams, braces and trusses for primary load transfer. Walls are painted white to visually simplify the envelope, allowing the timber frame geometry to read clearly against contrasting furnishings and complementary wood flooring.
The design integrates traditional timber engineering with modern industrial detailing. Structural integrity, long-span capability and environmental performance remain central priorities.
This residence is part of a larger coordinated scope including a pool house, custom timber gates and trellis structures. All elements follow consistent load path logic and material discipline.
Classical Barn Timber Frame Configuration
The structural system reflects a traditional barn framework characterized by:
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King post trusses
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Straight braces
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Wind braces
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Purlin roof assembly
King Post Truss Mechanics
King post trusses carry roof loads across the main living span. Structural behavior includes:
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Compression along principal rafters
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Tension in the king post
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Horizontal thrust resolved by tie beam
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Shear resistance at post-to-beam joints
Member sizing is calculated based on:
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Regional snow load
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Dead load from roof deck and insulation
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Wind uplift
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Long-term creep deformation
Tie beam connections are reinforced to prevent joint rotation under sustained load.
Straight Braces and Wind Bracing
Straight braces resist lateral movement and increase frame stiffness. Wind braces prevent racking caused by lateral wind pressure, particularly important in open great room configurations.
Bracing geometry converts lateral shear forces into axial compression within diagonal members. This improves structural stability without adding shear walls that would interrupt interior openness.
Purlin Roof System
The purlin roof assembly transfers roof loads from decking to principal rafters and trusses.
Structural advantages include:
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Even load distribution
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Reduced rafter spacing
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Improved diaphragm continuity
Purlins are sized to resist bending stress and deflection from snow load accumulation.
Roof diaphragm sheathing ties the structure into a unified lateral system.
Great Room: Large Picture Windows and Structural Reinforcement
Large picture windows in the great room provide significant daylight and visual openness. Reduced wall area requires reinforced structural framing.
Engineering measures include:
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Timber headers sized for concentrated loads
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Post alignment directly over foundation supports
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Shear wall segments located at structural grid intersections
Glazing integration requires allowance for differential movement between timber and window frames.
Wind exposure through large openings increases uplift demand, requiring secure anchorage at post bases.
Loft Access and Industrial Stair Integration
The loft is accessed via industrial-style stairs featuring steel railing and heavy treads. Structural considerations include:
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Reinforced floor diaphragm at stair opening
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Anchorage of stair stringers into timber beams
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Lateral restraint to prevent torsional movement
The industrial stair system complements the modern white timber frame while maintaining structural clarity.
Loft floor framing aligns with primary posts to maintain continuous vertical load paths.
Cable and Accent Lighting Integration
Cable lighting and suspended accent lighting systems are integrated within the timber framework.
Engineering precautions include:
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Electrical routing isolated from load-bearing joints
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Avoidance of drilling through high-stress zones
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Thermal separation from timber surfaces
Lighting systems do not compromise structural capacity when properly coordinated.
Interior Finish and Material Contrast
Walls painted white create high contrast with exposed timber elements. This approach emphasizes geometry and structural expression.
Wood flooring contributes to diaphragm stiffness when fastened correctly and assists in vibration control.
Timbers remain structurally primary rather than decorative.
Expanded Scope: Pool House, Gates and Trellis
The main residence is part of a larger coordinated architectural scope including:
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Pool house
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Custom timber gates
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Trellis structures
Each secondary structure follows defined structural principles:
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Independent foundation systems
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Uplift-rated anchorage
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Lateral bracing through diagonal members
Trellis assemblies are engineered for wind load despite their open profile.
Gate structures incorporate reinforced hinge anchorage and post stabilization to prevent long-term rotation.
Environmental Load Considerations
Barn-style timber frames must address:
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Snow load accumulation
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Wind uplift across roof planes
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Freeze-thaw cycling
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Seasonal humidity fluctuation
Structural countermeasures include:
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Continuous load paths from ridge to footing
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Reinforced king post and brace connections
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Ventilated roof cavity
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Frost-protected foundation systems
Creep deformation is evaluated in long-span beams and trusses to maintain serviceability.
Structural Summary
Simply Elegant demonstrates disciplined timber engineering through:
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Full classical barn timber frame system
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King post trusses with straight and wind bracing
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Purlin roof assembly
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Reinforced glazing integration
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Industrial stair and lighting coordination
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Expanded architectural scope with pool house and timber site structures
The residence achieves structural clarity, long-span performance and contemporary expression within a traditional timber framework engineered for durability and environmental resilience.
