Delayed Leidenfrost Effect of a Cutting Droplet on a Microgrooved Tool Surface by Yuhang Guo (3709150)

“…We also find six typical impact regimes of cutting fluid under various contact temperatures; it is worth noting that <i>Sa</i> has a great influence on the transform threshold among six impact regimes, and the likelihood that a droplet will enter the Leidenfrost regime decreases with increasing <i>Sa</i>. …”

Delayed Leidenfrost Effect of a Cutting Droplet on a Microgrooved Tool Surface by Yuhang Guo (3709150)

“…We also find six typical impact regimes of cutting fluid under various contact temperatures; it is worth noting that <i>Sa</i> has a great influence on the transform threshold among six impact regimes, and the likelihood that a droplet will enter the Leidenfrost regime decreases with increasing <i>Sa</i>. …”

Delayed Leidenfrost Effect of a Cutting Droplet on a Microgrooved Tool Surface by Yuhang Guo (3709150)

“…We also find six typical impact regimes of cutting fluid under various contact temperatures; it is worth noting that <i>Sa</i> has a great influence on the transform threshold among six impact regimes, and the likelihood that a droplet will enter the Leidenfrost regime decreases with increasing <i>Sa</i>. …”

S1 Data - by Lina Ge (718319)

“…The results show that the peak stress, cracking stress and dilatancy stress of coal sample decrease in a linear function law with the increase of load eccentricity coefficient. …”

Sociodemographic characteristics and prevalence of HBsAg^a. by Qing Chen (131379)

Neuroendocrine-type carcinoma in the periurethral region of a TRAMP mouse. by Robert A. Kazmierczak (3140379)

Effect of AE on Aβ-enhanced DPP-4 activity. by Chien-Ning Huang (1739806)

A cartoon of the simplified model of the Abl1 enzyme system. by J. Roadnight Sheehan (20141887)

Conceptual model of how the grain size of pine, mesquite, and miscanthus biochars with higher water content was reduced by F-T cycles through loss of thin layers from the particle... by Zuolin Liu (633898)

“…<p>(a) a biochar particle with its skeleton (black), connected intrapores filled with water (gray) and isolated, air-filled intrapores (white); (b) water-filled intrapores expand during freezing which increases intraporosity; and (c) biochar grain size decreases through loss of fine particles from surface of larger particles due to intrapores’ expansion.…”

Crack number evolution curve when Ic = 0.75. by Lina Ge (718319)

“…The results show that the peak stress, cracking stress and dilatancy stress of coal sample decrease in a linear function law with the increase of load eccentricity coefficient. …”

Crack number evolution curve when Ic = 0.25. by Lina Ge (718319)

“…The results show that the peak stress, cracking stress and dilatancy stress of coal sample decrease in a linear function law with the increase of load eccentricity coefficient. …”

Model of numerical calculation. by Lina Ge (718319)

“…The results show that the peak stress, cracking stress and dilatancy stress of coal sample decrease in a linear function law with the increase of load eccentricity coefficient. …”

Crack number evolution curve when <i>I</i>_c = 0. by Lina Ge (718319)

“…The results show that the peak stress, cracking stress and dilatancy stress of coal sample decrease in a linear function law with the increase of load eccentricity coefficient. …”

Meso crack evolution law when Ic = 0.5. by Lina Ge (718319)

“…The results show that the peak stress, cracking stress and dilatancy stress of coal sample decrease in a linear function law with the increase of load eccentricity coefficient. …”

Meso crack evolution law when <i>I</i>_c = 0. by Lina Ge (718319)

“…The results show that the peak stress, cracking stress and dilatancy stress of coal sample decrease in a linear function law with the increase of load eccentricity coefficient. …”

Meso crack evolution curve when Ic = 0.75. by Lina Ge (718319)

“…The results show that the peak stress, cracking stress and dilatancy stress of coal sample decrease in a linear function law with the increase of load eccentricity coefficient. …”

Crack number evolution curve when Ic = 0.5. by Lina Ge (718319)

“…The results show that the peak stress, cracking stress and dilatancy stress of coal sample decrease in a linear function law with the increase of load eccentricity coefficient. …”

Meso crack evolution law when Ic = 0.25. by Lina Ge (718319)

“…The results show that the peak stress, cracking stress and dilatancy stress of coal sample decrease in a linear function law with the increase of load eccentricity coefficient. …”

Failure modes of coal sample in laboratory test and numerical simulation. by Lina Ge (718319)

Stress and strain characteristics of coal sample under eccentric load. by Lina Ge (718319)