Wind Load Analysis
Understanding Wind Load Analysis
At CANY, we leave measuring the wind to meteorologists. Instead, we focus on helping clients meet all applicable national and local building codes by analyzing how wind forces impact a structure. This analysis helps determine stability and safety, considering factors like location, orientation, construction, height, shape, and surroundings.
Everything from detailing a new façade, retrofitting windows, or planning a full building envelope starts from understanding wind load. It’s not just a concern for new construction. Older and historic buildings face the same pressures, literally. That’s why programs like New York City’s Façade Safety Inspection Program (FISP) require buildings over six stories to prove they can withstand the city’s specific wind conditions.
Who benefits from this service?
Architects and engineers following local laws such as NYC Building Code 2022, which defines wind load requirements.
Property owners making sure buildings meet safety standards.
Contractors needing precise load calculations for their projects.
Need expert wind load analysis? Contact the team at CANY
Why Wind Load Analysis Matters
Wind puts constant pressure on buildings, and if not properly accounted for, it can cause structural stress, damage, or even failure. Different locations present different challenges—coastal buildings face strong winds, while city-center buildings may be shielded by their surroundings. Taller structures also experience greater wind pressure.
Common challenges Wind Load Analysis helps solve:
Making sure buildings meets national and local safety codes
Reducing risks from high winds, storms, and hurricanes
Designing efficient, cost-effective solutions for wind resistance
A well-calculated wind load helps prevent costly repairs and improves long-term durability.
How CANY’s Wind-load Analysis Works
Wind loads vary across a building, often peaking at rooftops, corners and protrusions. Structures expand and contract due to suction and gust effects. Our analysis accounts for these forces, following building codes to support safe and practical design decisions.
Our process:
Consultation - Assessing the building’s location, shape, and exposure to wind.
Calculation & Analysis - Determining wind loads on different parts of the building.
Report & Recommendations – Delivering a detailed report with wind pressures and design advice.
Support for Implementation – Helping architects and engineers apply the findings.
Key Benefits
Accurate, Code-compliant Calculations – We handle the technical details so you don’t have to.
Custom Solutions for every project – Whether urban or coastal, we consider all environmental factors.
Stronger, Safer Buildings – Minimize wind-related stress and damage
Efficient Design – Avoid unnecessary reinforcement while maintaining durability
FAQ
Do all buildings need wind load analysis?
Not always—but if you’re altering the façade, replacing windows, or working on a taller building, it’s essential.
What makes NYC’s wind load requirements different?
Dense blocks, tall buildings and coastal storm exposure mean stricter rules. That’s why NYCs FISP includes wind load checks for façades over six stories.
How is wind load analysis done?
Using building data, wind maps, and structural calculations – tailored to each site’s condition.
Does this service help with code compliance?
Yes, we calculate loads based on national and local building codes.
Is wind load a concern for historic buildings?
Yes. Age doesn’t make a building immune. Older façades often need reinforcements to meet today’s building standards.
What types of structures benefit most from wind load analysis?
High-rises, facades over six stories (per FISP), buildings in coastal or high-wind areas, and projects involving window or envelope upgrades all require accurate wind load calculations.