Pre-Eng. Buildings
Hip Roof Steel Structure – Modular Industrial Facility
Hip Roof Steel Structure – Modular Industrial Facility
Hip Roof Steel Structure – Modular Industrial Facility
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Industry
Engineering
Industry
Engineering
Industry
Engineering
Project Overview
Lambda Engineering provided structural and fabrication design services for a hip-roof steel frame structure developed for an industrial facility in a remote region of Pakistan. The building was conceived as a pre-engineered steel system, integrating lightweight frames, insulated wall panels, and rapid-assembly foundations to enable fast construction under challenging site conditions.
Design & Engineering Features
Structural System: Modular steel frame with cold-formed secondary members and a hipped roof geometry to optimize drainage and wind resistance.
Frame Type: Built-up I-sections with bolted rafter apex connections and moment-resisting column bases.
Roof Slope: Dual-pitch hipped form allowing controlled runoff and improved thermal performance.
Envelope: Sandwich panel system (PUF/rockwool) for thermal insulation and acoustic control.
Foundation: Reinforced concrete grade beam and isolated footing grid designed for uniform load transfer over variable soil strata.
Erection Methodology: Pre-assembled frames lifted in modular bays, allowing complete structure installation within a reduced schedule.
Engineering Highlights
Designed per AISC 360-16 and ASCE 7-16 codes for gravity, wind, and seismic loads.
Optimized fabrication drawings prepared for CNC cutting and shop welding.
Roof and wall connections detailed to accommodate future expansion and panel replacements
Outcome
A durable and efficient modular structure designed for fast-track deployment and low maintenance — reflecting Lambda’s precision in structural design for industrial applications.
Latest Projects
Pre-Eng. Buildings
Hip Roof Steel Structure – Modular Industrial Facility
Hip Roof Steel Structure – Modular Industrial Facility
Hip Roof Steel Structure – Modular Industrial Facility
f
f
f
Industry
Engineering
Industry
Engineering
Industry
Engineering
Project Overview
Lambda Engineering provided structural and fabrication design services for a hip-roof steel frame structure developed for an industrial facility in a remote region of Pakistan. The building was conceived as a pre-engineered steel system, integrating lightweight frames, insulated wall panels, and rapid-assembly foundations to enable fast construction under challenging site conditions.
Design & Engineering Features
Structural System: Modular steel frame with cold-formed secondary members and a hipped roof geometry to optimize drainage and wind resistance.
Frame Type: Built-up I-sections with bolted rafter apex connections and moment-resisting column bases.
Roof Slope: Dual-pitch hipped form allowing controlled runoff and improved thermal performance.
Envelope: Sandwich panel system (PUF/rockwool) for thermal insulation and acoustic control.
Foundation: Reinforced concrete grade beam and isolated footing grid designed for uniform load transfer over variable soil strata.
Erection Methodology: Pre-assembled frames lifted in modular bays, allowing complete structure installation within a reduced schedule.
Engineering Highlights
Designed per AISC 360-16 and ASCE 7-16 codes for gravity, wind, and seismic loads.
Optimized fabrication drawings prepared for CNC cutting and shop welding.
Roof and wall connections detailed to accommodate future expansion and panel replacements
Outcome
A durable and efficient modular structure designed for fast-track deployment and low maintenance — reflecting Lambda’s precision in structural design for industrial applications.
Latest Projects
Pre-Eng. Buildings
Hip Roof Steel Structure – Modular Industrial Facility
Hip Roof Steel Structure – Modular Industrial Facility
Hip Roof Steel Structure – Modular Industrial Facility
f
f
f
Industry
Engineering
Industry
Engineering
Industry
Engineering
Project Overview
Lambda Engineering provided structural and fabrication design services for a hip-roof steel frame structure developed for an industrial facility in a remote region of Pakistan. The building was conceived as a pre-engineered steel system, integrating lightweight frames, insulated wall panels, and rapid-assembly foundations to enable fast construction under challenging site conditions.
Design & Engineering Features
Structural System: Modular steel frame with cold-formed secondary members and a hipped roof geometry to optimize drainage and wind resistance.
Frame Type: Built-up I-sections with bolted rafter apex connections and moment-resisting column bases.
Roof Slope: Dual-pitch hipped form allowing controlled runoff and improved thermal performance.
Envelope: Sandwich panel system (PUF/rockwool) for thermal insulation and acoustic control.
Foundation: Reinforced concrete grade beam and isolated footing grid designed for uniform load transfer over variable soil strata.
Erection Methodology: Pre-assembled frames lifted in modular bays, allowing complete structure installation within a reduced schedule.
Engineering Highlights
Designed per AISC 360-16 and ASCE 7-16 codes for gravity, wind, and seismic loads.
Optimized fabrication drawings prepared for CNC cutting and shop welding.
Roof and wall connections detailed to accommodate future expansion and panel replacements
Outcome
A durable and efficient modular structure designed for fast-track deployment and low maintenance — reflecting Lambda’s precision in structural design for industrial applications.