Loading
/custom-emojis/emojis/contour-map.png
Templates
📚
Articles & Resources
📖
Guides & Support
🌵
CalcTree
Bust Common Myths About Java Programming
Loading
/custom-emojis/emojis/calculator.png
Tensile Strength and Capacity Control of the W-Shape Sections According to AISC 360-16
Estados de Vigas de Concreto
Loading
/custom-emojis/emojis/calculator.png
Concrete Cylinder Strength Vs Cube Strength
Loading
/custom-emojis/emojis/calculator.png
Earthquake Design Action Calculation
Sıvılaşma Verileri Tablosu
Loading
/custom-emojis/emojis/rc-beam.png
Concrete Column Designer to AS3600
EM Wave Propagation Calculator
section properties with units
Forward Kinematics of Robotic Arm with 6 Degrees of Freedom
İKSA YAPILARI PROJELENDİRME HİZMET BEDELİ (2024)
GEOTEKNİK RAPOR (EK-B) ASGARİ HİZMET BEDELİ (2024)
ZEMİN İYİLEŞTİRME/DERİN TEMEL PROJELENDİRME ASGARİ HİZMET BEDELİ (2024) (İMO)
🚀
Projectile motion
Loading
/custom-emojis/emojis/bending-moment.png
Dezi et. al (2010)
🤾
Projectile motion
Wind Load to AS/NZS 1170.2's banner

Wind Load to AS/NZS 1170.2

We know the wind calculation can get really complicated really quickly. Our pack of calculators will guide you through the calculation of the different components that go into the wind calculation in accordance with AS/NZS 1170.2. Don't forget, as per Clause 2.4, the wind pressure is given by:

p=(0.5ρair)[Vdes,θ]2CshpCdynp = \left( 0.5 \rho_{\text{air}} \right) \left[ V_{\text{des}, \theta} \right]^2 C_{\text{shp}} C_{\text{dyn}}
We provide a calculator to derive the design wind speed

for the four cardinal directions. Very soon we will also publish our calculator for the aerodynamic shape factor

and dynamic response factor

.

Calculators

Technical notes


Design Wind Speed to AS/NZS 1170.2
  1. Aerodynamic Shape Factor to AS/NZS 1170.2 [✨coming soon✨]
  2. Dynamic Response Factor to AS/NZS 1170.2 [✨coming soon✨]

Related Resources

  1. Wind Loading Calculator to ASCE 7-10