Safety performance and reliability testing of structural systems subjected to impact loads arising from collisions
Nonlinear structural damage and structural crashworthiness testing involving crushing and fracture in impacts
Features of Test Facility
Various scenarios associated with impact kinetic energy due to impact speed, mass and weight elevation
can be tested.
Various scenarios associated with temperatures in cold temperature due to Arctic environment, cryogenic
temperature due to LNG, and elevated temperature due to fires as well as room temperature can be tested.
Remote control and automatic test data measurements are made.
Specification
Height of main frame: 8.8m, 17.7m
Test bed: L3 x W3 (m), L9.7 x W9.7 (m)
Maximum model size on bed: L1.8 x W1.8 (m), L3.4 x W3.4 (m)
Load cell capacity: 1MN, 2MN, 24MN (2MN x 12 sets)
Cold temperature chamber: -170 ~ 300 deg.C
Elevated temperature chamber: up to 650 deg.C
Dropped object holder capacity: 50kN, 100kN
High speed camera: 108,000 fps @ 1016 x 16 (2 sets)
Sample Test Standards
ASTM E 208
Standard test method for conducting drop-weight test to determine nil-ductility transition
temperature of ferritic steels
ASTM E 436
Standard test method for drop-weight tear tests of ferritic steels
ASTM E 604
Standard test method for preservatives in water-containing cosmetics
ISO/NP 10855-1
Offshore containers - Part 1: Design, manufacture and marking
ISO/AWI TR 18624
Guidance for conception, design and testing of LNG storage tanks
IACS
Common structural rule for bulk carriers and oil tankers