How to evaluate the load-bearing capacity of a smart frame

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What is the specific load-bearing capacity of the smart frame? As an inverted smart frame manufacturer, let the editor take you to understand it together.

1. Understand basic information

Collect information:

Obtain relevant documents such as design drawings, construction plans, and instructions for use of the smart frame. Understand the material (such as steel, wood, concrete, etc.), size (length, width, height) and design features of the smart frame.

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Determine the inspection object:

Clearly define the type and specific model of the smart frame to be evaluated.

2. Appearance and structural inspection

All-round observation:

Observe the smart frame from all sides to check whether there are any damage, rust, deformation, etc. on its appearance. Check whether the key parts and joints of the smart frame, such as the columns, beams, and layers, are firm and reliable.

Record data:

Record the main dimensions and tolerances of the smart frame, such as the verticality of the columns and the horizontality of the beams.

3. Formulate a loading plan

Determine the inspection standards and methods:

Develop a suitable loading plan based on the design requirements and load-bearing history of the smart frame. Determine the size, distribution and loading steps of the load to be loaded.

Prepare tools and equipment:

Prepare necessary testing tools and equipment, such as loading devices, measuring instruments (laser rangefinder, dial indicator, micrometer, etc.), vibration table (if dynamic testing is required), etc.

4. Implement loading test

Gradual loading:

Apply gradually increasing loads to the smart frame according to the loading plan. During the loading process, pay close attention to the deformation, displacement data and possible abnormalities of the smart frame.

Accurate measurement:

Use measuring instruments to accurately measure and record the deformation and displacement of the smart frame.

5. Dynamic load test

Simulate actual use:

Use equipment such as vibration tables or impact testers to simulate dynamic factors such as vibration and impact in actual use. Observe the stability and load-bearing capacity of the smart frame under dynamic loads.

6. Non-destructive testing

Internal defect detection:

Perform non-destructive testing on key parts of the smart frame, such as ultrasonic testing and magnetic particle testing. Discover potential internal defects and surface cracks.