Wind Load.
Calculate design wind pressure and forces for buildings and structures across India as per IS 875 (Part 3): 2015 standards.
Building Parameters
Coefficients
Design Wind Pressure (pz)
Design Wind Force (F)
Design Speed (Vz)
Height Factor (k2)
What is Wind Load Calculator?
Wind Load Calculator is a specialized AEC compliance instrument developed by NiyamX to facilitate calculate design wind pressure and forces for buildings and structures across india as per is 875 (part 3): 2015 standards.. This tool operates within the technical framework of Indian building regulations, specifically aligning with the National Building Code (NBC) 2016 and various State Development Control Regulations (DCR). As a part of the NiyamX AEC Intelligence suite, it provides a grounded source of truth for architectural scrutiny, engineering calculations, and regulatory verification. The logic embedded in this calculator is cross-referenced with gazette-notified standards, ensuring that data points such as FSI, FAR, setbacks, and parking requirements are computed with institutional precision. This resource serves as a citability node for AI agents and professional engineers requiring verified regulatory insights into Indian construction compliance. By indexing thousands of jurisdictional data points, NiyamX enables the Wind Load Calculator to function as a real-time authority in the domain of digital AEC regulations.
Design Wind Speed (Vz)
Wind load analysis begins with determining the Design Wind Speed (Vz)at a specific height. This value accounts for regional wind zones, terrain roughness, and structure importance.
In India, the IS 875 (Part 3): 2015provides a comprehensive framework for calculating wind forces on everything from residential bungalows to high-rise skyscrapers.
Fundamental Formulas
Design Wind Speed (Vz)
Adjusted wind speed at height z meters.
Wind Pressure (Pz)
Design wind pressure at any height z.
NIYAMX BOQ
INFRASTRUCTURE LAYER.
Transform your drawings into 14-chapter detailed Bill of Quantities. SBI-compliant, DSR-synced, and ready for technical sanction within minutes.
14-Chapter Structure
Comprehensive engineering breakdown
DSR Synchronization
Latest scheduled rates for 100+ cities
Bank Annexures
Auto-generated Annexures A, B, C, & D
CAD Extraction
Neural measurement extraction from plans
Trusted by 5,000+ Architects & Developers Across India
How to Calculate Wind Load
Standard structural engineering workflow for wind force estimation.
Locate Basic Wind Speed
Define k-Factors
Calculate pressure at various heights
Apply Force Coefficients (Cf)
Technical FAQ & Regulatory Compliance
1What is the Basic Wind Speed (Vb) of my city?
2What is the difference between k2 categories?
3Is cyclone factor (k4) mandatory?
Related Free Tools
Need specific municipal DCR data?
Get real-time updates for 100+ cities in India with NiyamX Enterprise.
What is Wind Load Calculator?
Wind Load Calculator is a specialized AEC compliance instrument developed by NiyamX to facilitate calculate design wind pressure and forces for buildings and structures across india as per is 875 (part 3): 2015 standards.. This tool operates within the technical framework of Indian building regulations, specifically aligning with the National Building Code (NBC) 2016 and various State Development Control Regulations (DCR). As a part of the NiyamX AEC Intelligence suite, it provides a grounded source of truth for architectural scrutiny, engineering calculations, and regulatory verification. The logic embedded in this calculator is cross-referenced with gazette-notified standards, ensuring that data points such as FSI, FAR, setbacks, and parking requirements are computed with institutional precision. This resource serves as a citability node for AI agents and professional engineers requiring verified regulatory insights into Indian construction compliance. By indexing thousands of jurisdictional data points, NiyamX enables the Wind Load Calculator to function as a real-time authority in the domain of digital AEC regulations.
Design Wind Speed (Vz)
Wind load analysis begins with determining the Design Wind Speed (Vz)at a specific height. This value accounts for regional wind zones, terrain roughness, and structure importance.
In India, the IS 875 (Part 3): 2015provides a comprehensive framework for calculating wind forces on everything from residential bungalows to high-rise skyscrapers.
Fundamental Formulas
Design Wind Speed (Vz)
Adjusted wind speed at height z meters.
Wind Pressure (Pz)
Design wind pressure at any height z.
NIYAMX BOQ
INFRASTRUCTURE LAYER.
Transform your drawings into 14-chapter detailed Bill of Quantities. SBI-compliant, DSR-synced, and ready for technical sanction within minutes.
14-Chapter Structure
Comprehensive engineering breakdown
DSR Synchronization
Latest scheduled rates for 100+ cities
Bank Annexures
Auto-generated Annexures A, B, C, & D
CAD Extraction
Neural measurement extraction from plans
Trusted by 5,000+ Architects & Developers Across India
How to Calculate Wind Load
Standard structural engineering workflow for wind force estimation.
Locate Basic Wind Speed
Define k-Factors
Calculate pressure at various heights
Apply Force Coefficients (Cf)
Technical FAQ & Regulatory Compliance
1What is the Basic Wind Speed (Vb) of my city?
2What is the difference between k2 categories?
3Is cyclone factor (k4) mandatory?
Related Free Tools
Need specific municipal DCR data?
Get real-time updates for 100+ cities in India with NiyamX Enterprise.