Retention strength testing of the cemented crown by universal testing machine. by Long Li (6555)

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(A) Auxiliary marking points to ensure complete and accurate seating of the prosthesis. by Long Li (6555)

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Data of Cement retention force(N) for each group in retention strength test. by Long Li (6555)

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AFR at abutment shoulder in each group calculated by ImageJ software. by Long Li (6555)

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Coverage of silicone rubber on the axial and abutment shoulder surfaces (Yellow: high fluidity rubber; Blue: low fluidity rubber). by Long Li (6555)

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Data of AFR(%) of axial surface for each group. by Long Li (6555)

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Photograph of the implant prostheses with different hole opening strategies. by Long Li (6555)

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(A) Yellow high fluidity silicone rubber is in the inner surface of the prosthesis, and red arrow shows the unfilled part. by Long Li (6555)

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AFR of axial surface for each group calculated by ImageJ software. by Long Li (6555)

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Results of adhesive filling rate (AFR) at abutment shoulder filling rate in each group. by Long Li (6555)

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Data of AFR(%) at abutment shoulder for each group. by Long Li (6555)

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Cement retention force values(N) for each group in the cement retention strength test. by Long Li (6555)

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(A) Side image of epoxy resin-made abutment-analog base and prosthesis; (B) Front image of epoxy resin-made abutment-analog base and prosthesis. by Long Li (6555)

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Percent change in yearly crude rates (between 2019 and 2021 and between 2019 and 2024) by gender and state. by Tony Wong (779773)

Equivalent effect model. by Xueting Ma (390540)

“…The number of soil disturbance particles decreases with an increase in forward speed, increases with a larger radius of the convex structure, and slightly decreases with an increase in the lugs angle. …”

Simulation model. by Xueting Ma (390540)

“…The number of soil disturbance particles decreases with an increase in forward speed, increases with a larger radius of the convex structure, and slightly decreases with an increase in the lugs angle. …”

Displacement of soil particles in z direction. by Xueting Ma (390540)

“…The number of soil disturbance particles decreases with an increase in forward speed, increases with a larger radius of the convex structure, and slightly decreases with an increase in the lugs angle. …”

Simulation parameters [13]. by Xueting Ma (390540)

“…The number of soil disturbance particles decreases with an increase in forward speed, increases with a larger radius of the convex structure, and slightly decreases with an increase in the lugs angle. …”

Displacement of soil particles in x direction. by Xueting Ma (390540)

“…The number of soil disturbance particles decreases with an increase in forward speed, increases with a larger radius of the convex structure, and slightly decreases with an increase in the lugs angle. …”

Soil particle simulation model. by Xueting Ma (390540)

“…The number of soil disturbance particles decreases with an increase in forward speed, increases with a larger radius of the convex structure, and slightly decreases with an increase in the lugs angle. …”