On October 2, 2013, a respected Korean engineering firm, operating in the construction and material handling equipment sector for whom SGS Korea has been working since fall of 2011, extended its relationship with SGS Korea to include a new two-year contract to provide bridge bearing shoe testing services. Three SGS experts will be conducting laboratory tests using performance testing equipment essential to appropriate examination and inspection.
SGS Bridge Bearing, Seismic Isolation Device & Law Material Testing
In recent times, bridge bearing and seismic isolation device specification testing have become increasingly important and have moved to the forefront of rigorous quality inspection in Korea. This focus has grown to include extreme load combinations, unique designs and seismic isolation devices with keen attention paid to the large bearing dimensions which require special testing to verify final product condition and quality to bridge constructors. These tests aim to substantiate structural bearing calculations and the theoretical behavior of bearings under actual loads. If needed, SGS experts additionally conduct sliding/friction testing of moving bearings in order to determine the sliding ability of PTFE/chrome steel bearings.
SGS specialists implement state-of-the-art testing methods to include:
- KS F4424 pot bearing for bridge
- KS F4420 steel-laminated elastomeric bearing for bridge
- KS F4425 testing method for bridge expansion joint
- ASTM D5977-03 standard specification for high load rotational spherical bearings for bridges and structures
- ASTM D4014 plain and steel-laminated elastomeric bearing for bridge
- AASHTO LRFD construction specification
- AASHTO LRFD design specification
- BS5400 section 9. bridge bearing
- EN 1337 structural bearings
- ISO 22762 elastomeric seismic-protection isolator
- AASHTO guide specifications for seismic isolation design
As in Korea, the construction of bridges and tall buildings is substantially increasing around the world. Test specifications are strongly influenced both by experience gathered in understanding and recording the natural phenomena of earthquakes and the deep knowledge and respect for implemented and regulated design rules. Therefore, all seismic isolation devices must be tested and verified safe in order to avoid human tragedy and asset risk. Structures falling into this category include bridges and viaducts, civil and industrial buildings, industrial components and installations to encompass high-risk plants such as nuclear reactors and other nuclear facilities, liquified natural gas (LNG) tanks and cultural sites to include monumental buildings, museum showcases, single masterpieces and archaeological excavation ceilings. Strategic civil buildings such as emergency management centers and hospitals stand equal to public facilities such as schools, churches, hotels and airports as well as buildings providing private residence. In keeping with other organizations held responsible for the safety and well-being of citizens, the Korea National Emergency Management Agency has enacted strict seismic isolation rules to avoid unforeseeable disasters.
The SGS Korea laboratory houses appropriate and reliable test machinery to accurately assess the hysteresis curve and stability of seismic isolation devices. With a vertical load capacity of 30,000 kN, horizontal load capacity of 5,000 kN and fast dynamic movement stroke, SGS laboratory testing machinery is able to analyze detailed information gathered from precisely simulated actual earthquake conditions.
SGS Construction Materials Testing in Korea and Around the World
Whether needing to verify material characteristics for application trials, detecting defects, analyzing failures, improving new materials or conducting basic research on theoretical material strength, effective materials testing is essential.
SGS materials testing services offer comprehensive testing for metals, polymers and industrial lubricants. The extensive SGS portfolio of services also contains a broad range of mechanical, physical, chemical and non-destructive testing methods. A world leader among testing companies, SGS provides highly experienced specialists, state-of-the-art laboratories and a uniquely extensive global reach.
SGS is especially proud to be working in Korea to provide the expertise necessary to ensure quality infrastructure and protect citizens.
For further information, please contact:
SGS Industrial Services
Deputy head of department
Construction Materials Testing Center of SGS Korea
#520-1, Geumam-ri, Seotan-myon, Pyongtaek-si, Gyeonggi-do,
SGS is the world’s leading inspection, verification, testing and certification company. SGS is recognized as the global benchmark for quality and integrity. With more than 75,000 employees, SGS operates a network of over 1,500 offices and laboratories around the world.