The thermal-hydraulic behaviors including thermal entrance characteristics, heat transfer coefficients, and temperature distribution at the cross section were investigated under both regimes.
Laminar convective heat transfer in the entrance region of microchannels of rectangular cross-section is investigated under circumferentially uniform wall temperature and axially uniform wall heat flux thermal boundary conditions.
Therefore, the structural behaviour of WSS stud sections was investigated under ambient and fire conditions using finite element analyses and their capacities were compared with those of conventional LCS studs.
Crashworthiness characteristics and axial collapse with damage propagation behavior of an aluminum/CFRP hybrid square hollow section beam were investigated under dynamic axial crushing load for crash box application.
In particular, Square Hollow Section (SHS) CFT members have been investigated under monotonic loading conditions.
In this section, the response of primary structure with TMFD is investigated under earthquake excitations.
Thin sections were stained with lead citrate, and were investigated under a transmission electron microscope (Zeiss EM 900).
In this section, pinning synchronization of the considered network (3) with (2) is investigated under event-triggered mechanism.
The sections were then counterstained with hematoxylin, dehydrated, mounted with permount, and investigated under a light microscope.
