“It was devastating that the event couldn’t go ahead last year, because it’s such an intense and gruelling race, and to compete against some of the best drivers in the world for the Bathurst 12 Hour title is pretty special. “The Bathurst 12 Hour is one of my favourite events on the racing calendar, and I’m so glad we were able to postpone the event to later in the year to accommodate for the international teams,” said van Gisbergen, who won the Bathurst 12 Hour in 2016. Having taken part in the event on three occasions before, 2022 marks the second time that Triple Eight will compete independently, as well as backing from MANN-FILTER, the premium filtration brand of the global filtration expert MANN+HUMMEL, who supported the team’s entry in 2020 when they clinched a podium finish in their Pro entry. Joining the team’s Supercars stars is Prince Jefri Ibrahim, the team’s ‘Am’ driver and current GT World Challenge Australia pilot. The Mercedes-AMG GT3 will be piloted by 2021 Supercars Champion Shane van Gisbergen, and Red Bull Ampol Racing rookie Broc Feeney as the entry’s ‘Pro’ drivers. The risk level of an expansive soil landslide (ESL) is a key parameter employed for slope stability assessment.Triple Eight Race Engineering is excited to announce their Pro-Am entry for the 2022 LIQUI MOLY Bathurst 12 Hour, scheduled for May 13-15. It also serves as a starting point for a risk management strategy constructed to mitigate the risk of slope failures and their harmful consequences. However, it is usually underestimated because of the complexity of geological and environmental conditions and the lack of systematic instability categorization. This study develops a probability evaluation method using Takagi–Sugeno (T–S) fuzzy fault tree analysis (T–S FFTA) for qualitative and quantitative risk assessment of the ESL considering soil properties, geological settings, weather conditions, and engineering activities. ArcGIS Pro 2.9.2 Crack is a new desktop application that changes the way GIS works to meet the WebGIS application of the next generation. Fuzzy variables were used to determine the magnitude of the failure. For a unique user experience, ArcGIS Pro uses the Ribbon. The T–S fuzzy logic enables subjective and reasonable assessment by experts, with a combination of fuzzy variables to describe the relationships among events. Finally, two recent expansive soil landslides in China were investigated, and T–S FFTA was employed to identify their failure modes and critical risk factors.
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