Multiple industries use structural tests for quality control, regulatory requirements, failure analysis, predictive maintenance, design and performance verification, and safety assurance.
Structural tests measure the tension, design proofing, and lifecycle fatigue validation. Load cells provide valuable measurement data in structural testing. These tests apply to assessing the structural components for rockets, aircraft, automobiles, EV batteries, heavy equipment, and infrastructure projects.
There are times when more data is valuable beyond a standard load cell. Multi-axis sensors are essential tools for structural testing, providing valuable insights into the behavior of structures under various loading conditions. These sensors measure forces in multiple directions, enabling engineers to identify potential weaknesses, assess structural integrity, and optimize designs.
Multi-axis sensors offer several technical advantages for structural testing compared to traditional single-axis load cells. Interface’s 2-axis, 3-axis, and 6-axis load cells are all excellent options for structural testing.
TIP: Use the new Interface Multi-Axis Selection Guide to evaluate the different designs, capacities, and capabilities quickly.
Primary Benefits of Using Multi-Axis Load Cells for Structural Testing
- Extensive data acquisition: The primary advantage of multi-axis sensors is they can simultaneously measure forces in multiple directions, thoroughly analyzing the force distribution on a structure.
- Improvements to structural design: The data obtained from multi-axis sensors can be used to refine structural design models, leading to more robust, efficient, and safe structures.
- Reduction in complexity: Multi-axis load cells can replace multiple single-axis load cells, simplifying test setups and reducing the required data channels. The benefits are saving time during test setup and data analysis.
- High accuracy: Multi-axis load cells are designed to minimize crosstalk between axes, ensuring accurate measurements even when forces are applied in multiple directions, which is critical in structural test data.
- Early detection of structural issues: Using multi-axis sensors can help to identify subtle changes in structural behavior that may indicate early signs of damage or deterioration, allowing for timely intervention.
- Versatile measurement device: Multi-axis load cells are used in various structural testing applications, including complex force distributions and dynamic loading conditions, making them versatile tools for structural and civil engineers.
- Compact form factor: Interface multi-axis load cells are dimensionally suited for testing structures with limited space constraints.
- Improved understanding of reaction loads at boundary conditions
- Transmissive loads through DUT
- Bending and side loads
- Force vector and center of force
- Boundary load condition verification
- Expansion of existing test methods
Applications of Multi-Axis Sensors in Structural Testing
Structural health monitoring: These sensors are used to continuously monitor the condition of structures, identifying early signs of damage or deterioration.
Bridge testing: Multi-axis sensors measure bridges’ load distribution and stress levels during various loading scenarios, ensuring their structural integrity.
Aircraft testing: These sensors measure aircraft structures’ aerodynamic forces and vibration response, ensuring their safety and performance.
Civil engineering testing: Multi-axis sensors are employed in testing a wide range of civil engineering structures, including buildings, dams, and offshore platforms. Visit: Infrastructure Solutions
Multi-axis load cells are an ideal technical solution for structural testing because they can simultaneously measure forces in multiple directions, reduce complexity, and improve accuracy. These versatile sensors can be used in structural testing and ongoing structural monitoring.