The design of steel structure workshops should revolve around the four core principles of safety and reliability, economy and applicability, functional suitability, and compliance and durability, with focused consideration given to the following aspects:
Load and Structural Safety
It is necessary to calculate dead loads (self-weight of roofs, walls and equipment), live loads (personnel, materials and snow cover), wind loads, seismic actions, as well as crane loads (common in industrial workshops). This ensures that the strength, stiffness and stability of components meet standards and prevents instability or deformation.
Functional and Process Compatibility
Determine the workshop span, column spacing and floor height based on production requirements, and reserve space for equipment installation, transportation passages and lifting openings. Reasonably plan production line layout, ventilation and lighting, and fire exits to meet the special requirements of industrial production (such as explosion protection, corrosion protection and constant temperature control).
Material Selection and Quality Control
Select grades of steel such as Q235 and Q355 for the main structural steel according to stress conditions, and specify corrosion and fire resistance grades. Connectors (bolts and welds) must meet strength requirements, with high-strength bolts or Grade I welds adopted for key parts.
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