Steel structure workshop construction safety management measures

Construction safety management measures in steel structure workshops should include: 

1)establishing a complete installation management system; 

2)conducting regular physical examinations and safety assessments for operators;

3)setting up dedicated on-site supervision in the hoisting operation area;

4)ensuring that operators are energetic , Wear safety helmets, safety belts and other protective equipment; 

5)Check the hoisting wire ropes, snap rings, etc., and solve problems promptly; 

6)Understand the weather conditions and stop operations in case of bad weather; 

7)Set up distribution boxes at the construction site , ensure that the resistance of the grounding point is not greater than 4 ohms; 

8)Use rubber cables to lay the wires overhead; 

9)Keep oxygen and acetylene bottles at a certain distance, and clean up the surrounding flammable materials before leaving get off work; 

10)Welders wear safety belts when working at heights , to prevent fire or burns caused by the falling of liquid metal splashes; 

11)Crane drivers are strictly prohibited from driving after drinking and strictly implement operating procedures; 

12)Team members should regularly organize safety meetings for hoisting workers to improve the safety awareness of workers.

How to improve the seismic performance of steel structure workshops?

The seismic performance improvement of steel structure workshops can be achieved through the following methods:

1. Optimized design of structural system: adopt a structural system with excellent seismic performance and optimize component layout and connection methods.

2. Improvement of material performance: Use materials with excellent properties such as high-strength steel and anti-seismic steel to improve the overall seismic resistance of the structure.

3. Application of seismic components: Add energy-consuming components, dampers and other seismic components to improve the deformation capacity and energy absorption capacity of the structure.

4. Optimize structural measures: strengthen node connections, strengthen component sections, optimize structural measures, and improve the seismic safety of the structure.

5. Detailed design optimization: Strengthen the structure and design of key components, optimize the design of detailed nodes, and improve the overall seismic performance of the structure.

6. Strengthen construction quality and management: ensure that steel structure projects are constructed according to design and specification requirements.