Spherical depth-sensing nanoindentation of human anterior skull base bones: Establishment of a test protocol

Favier, Valentin; Gallet, P.; Ferry, Olivier; Jehl, Jean-Philippe

doi:10.1016/j.jmbbm.2020.103954

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Defining Haptic Fidelity Levels Adapted To Surgical Tasks2

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Cited by 2 publications

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“…tissue basic physical (texture, shape, volume, weight, temperature) and mechanical properties (compressive, tensile, bending, or shear properties) measurements. These properties can easily be assessed by calibrated testing for both soft ( 18 ) and hard tissues ( 19 ). For instance, erroneous elastic properties of soft tissues could lead to an inadequate manipulation of tumors next to neurovascular structures leading to injuries; and…”

Section: Defining Haptic Fidelity Levels Adapted To Surgical Tasksmentioning

confidence: 99%

“…These properties can easily be assessed by calibrated testing for both soft (18) and hard tissues (19). For instance, erroneous elastic properties of soft tissues could lead to an inadequate manipulation of tumors next to neurovascular structures leading to injuries; and 2. characterization of the tissue response to different surgical actions (scissor cutting, drilling, peeling, biting, twisting, etc.).…”

Section: Defining Haptic Fidelity Levels Adapted To Surgical Tasksmentioning

confidence: 99%

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