Incremental cost-effectiveness scatter plot. by Yiping An (20609789)

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One-way sensitivity analysis. by Yiping An (20609789)

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ICER changes with time horizon. by Yiping An (20609789)

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Supplementary Material for: Longer term outcomes of laparoscopic peritoneal lavage in the management of acute Hinchey III perforated diverticulitis: A Systematic review and Meta-An... by Sciascia D. (20480867)

Distributions of Passenger Patience for the Period 1: (a) Histogram of Taxi Wait Times and PDF of Patience for 1^st Forced Stops in Zone 1; (b) CDFs of Taxi Wait Times an... by Fangyi Yang (18867853)

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Estimation Results of Each Forced Parking and Drop-off Decision Model. by Fangyi Yang (18867853)

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ROC Results Predicted in the Sample. by Fangyi Yang (18867853)

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The Drop-off Locations of Taxis for a Morning Peak Period: (a) Head taxis; (b) All taxis. by Fangyi Yang (18867853)

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Estimation Results of the Cox Proportional Hazards Model. by Fangyi Yang (18867853)

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ROC Results Predicted for Out of the Sample. by Fangyi Yang (18867853)

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ROC for Classification of Test Results: (a) ROC Curve of the First Forced Drop-off Decision Models; (b) ROC Curve of the Decision Models for Second and More Forced Parking and Drop... by Fangyi Yang (18867853)

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Kaplan-Meier Survival Curve of three 2-Categorical Variables: (a) Survival Curve by Preceding Vehicle Drop-off Status Groups; (b) Survival Curve by Drop-off Duration Groups; (c) Su... by Fangyi Yang (18867853)

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Kaplan-Meier Survival Curve of four 3-Categorical Variables: (a) Survival Curve by Forced Stop Count Groups; (b) Survival Curve by Cumulative Forced Stop Duration Groups; (c) Survi... by Fangyi Yang (18867853)

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Spatio-Temporal Diagram of Vehicle Trajectory in FIFO System. by Fangyi Yang (18867853)

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Kaplan-Meier Survival Curve of Forced Stop Duration. by Fangyi Yang (18867853)

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Out-of-sample Test Results of the Drop-off Decision Models: (a) ROC Curve of the First Forced Drop-off Decision Models; (b) ROC Curve for Second and More Forced Parking and Drop-of... by Fangyi Yang (18867853)

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S1 Table - by Jiajun Zeng (8854859)

“…The longer propagation path increases the range and effect of hydraulic pressure, and the initial crack propagation length of fissured rock mass under hydraulic pressure is also significantly longer than that of specimens without hydraulic pressure; During the loading process, both the acoustic emission ringing count and damage variable can be divided into four stages. …”

Characteristic curve of damage variable stage. by Jiajun Zeng (8854859)

“…The longer propagation path increases the range and effect of hydraulic pressure, and the initial crack propagation length of fissured rock mass under hydraulic pressure is also significantly longer than that of specimens without hydraulic pressure; During the loading process, both the acoustic emission ringing count and damage variable can be divided into four stages. …”

Stress-strain and hydraulic pressure curves. by Jiajun Zeng (8854859)

“…The longer propagation path increases the range and effect of hydraulic pressure, and the initial crack propagation length of fissured rock mass under hydraulic pressure is also significantly longer than that of specimens without hydraulic pressure; During the loading process, both the acoustic emission ringing count and damage variable can be divided into four stages. …”

CAD drawing of sealing fixture. by Jiajun Zeng (8854859)

“…The longer propagation path increases the range and effect of hydraulic pressure, and the initial crack propagation length of fissured rock mass under hydraulic pressure is also significantly longer than that of specimens without hydraulic pressure; During the loading process, both the acoustic emission ringing count and damage variable can be divided into four stages. …”