Free kick to the Hounds.ħ5′ - That’s three ‘professional’ fouls already for the Hounds on edge of Miami’s attacking third.
Jelani Peters on for Jordan Dover.Ĩ0′ - Cicerone in behind, and he’s tripped up by Connor Sparrow off his line and outside of the box! Yellow card to the Miami goalkeeper, as Cicerone’s touch was toward the corner rather than toward goal. Dixon left footed shot from the centre of the box is high and wide to the left.Ĩ2′ – First Hounds change. 1-0 PITĩ0′ – Officials add 3 minutes of added time.Ĩ9′ - Attempt missed. Sparrow taking down Dixon and Cicerone getting pushed down by Speedy with no one between him an goalkeeper. However, Charlotte did beat Loudoun tonight to stay ahead of Pittsburgh for second place.ĩ0++ - Two more moments in open spaces where Miami could have had yellow cards.
Pittsburgh comes out of its return trip to Miami with the full three points. The controversial ‘own goal’ is the difference. We want to thank the players on both teams for their professionalism to prepare and play in tonight's 24-minute match. Miami goalkeeper Connor Sparrow came off his line and fouled Cicerone almost 35 yards from goal, but Sparrow only received a caution as the distance from goal and Cicerone’s touch leading him toward the corner flag negated a possible red card for denying an obvious goal-scoring opportunity. The Hounds had the best scoring chance of the replay in the 80th minute, when Russell Cicerone broke in behind the Miami defense. Miami (15-10-6) came out firing in an effort to level the match, holding 62.2 percent of possession in the second half and sending multiple dangerous crosses into the box. Danny Vitiello was strong in the air to corral most of Miami’s high entry passes, and he completed what will go down as his eighth shutout of the season without making an official save in the replayed time. Charlotte will be playing Austin Bold (in its last match ever) on Saturday, while the Hounds host Hartford. Each team has one game left to play this weekend. With the win, Pittsburgh (17-8-6, 58 points) secures its spot ahead of Miami, but still remain one point behind red-hot Charlotte (18-9-4, 58 points), who defeated Loudoun United FC on Wednesday. In a match that was originally played on October 16, but was ordered to resume in the 67th minute, the Hounds held off Miami FC in a hectic match where the hosts were pushing numbers forward and sending many balls toward the box, while Pittsburgh did everything it could to keep numbers behind the ball, then look to stretch play on numerous counter chances into open spaces.
It may have taken five meetings, four official matches, three visits to South Florida and one controversial own goal, but the Pittsburgh Riverhounds SC finally picked up a win, 1-0, and an important full three points against a season-long nemesis, The Miami FC, at Ricardo Silva Stadium on Wednesday night. Live Statistics: USL Championship Match Center With the assistance of an infrared camera, we reported the emissivity of the melt pool, the change of thermal properties, and melt pool morphology during alloying.‘ FINAL: Riverhounds SC 1, The Miami FC 0 The Mo powders resulted in the most unmelted particles, and the entrapped gas porosity was mainly induced by the keyhole fluctuation. The porosity induced by unmelted particles and entrapped gas occurred in the alloying process. The residence time of each elemental powder was also obtained, and Mo powders showed the largest residence time followed by Nb, V, and Ti powders. The velocities of the resulting melt pool flow were measured to show the melt flow dynamics in such a process. We found that the Ti and Nb powders showed the greatest and smallest averaged particle-delivery velocities among these four powders, respectively, and the particle delivery velocity would be affected by the particle characteristics, particle size, and density of powders. The particle delivery velocities of four different elemental powders under the same processing conditions were studied to reveal the performance of the powders during the in situ alloying process. High-speed X-ray imaging was used to investigate the in situ alloying process through direct observation. This study provides a fundamental understanding of the alloying process through in situ high-speed synchrotron X-ray imaging and infrared imaging. MoNbTiV high-entropy alloy was in situ alloyed with laser power-blown directed energy deposition additive manufacturing from a mixture of four elemental powders of Mo, Nb, Ti, and V.