Tailor rolled square tubes with continuous thickness variation along axial direction are successfully obtained by subsequent forming of tailor rolled blanks manufactured by variable gauge rolling technology.
Highly oriented oxygen-free, polycrystalline Hf(C,N) thin films in the {111} direction were successfully grown on the STD11 steel substrate at 300°C.
The developed system is applied to the stretch forging of slab with constrained length of product, and the press motion to forge products into the desired height distribution in the longitudinal direction is successfully designed.
X-ray photoelectron spectroscopy and secondary ion mass spectroscopy indicated that the Si concentration and profile in the thickness direction were successfully controlled by changing the position of the rod during film growth.
It is demonstrated that the fatigue strength of the cross-ply laminate in the fiber direction is successfully predicted by the proposed fatigue model with a consideration of the in situ strength of ply.
In this paper, two quinoxaline-based small organic molecules, which are conjugated and mutual isomers in vertical and horizontal directions, were successfully synthesized.
By using image processing technology and the particle tracking method, the average velocities and granular temperatures in the streamwise and the transverse directions were successfully measured and analyzed.
With the developed system, the direction of different fiber plies was successfully detected, and the location and size of different damages were also clearly visualized in the scan image.
The synchronizing of RF power suspend and resume with switch motion has therefore been realized, and RF power direction control during the gyrotron operation was successfully demonstrated.
Dimorphic transition was assessed in the mycelium to yeast direction and in the opposite way.Sustained growth was observed for both morphotypes (data not shown) and, upon the corresponding temperature shifts, differentiation was successfully triggered in both directions.
