F. Debbabi - Academia.edu (original) (raw)

Papers by F. Debbabi

Research paper thumbnail of Impact of hot-stretching treatment on physical and mechanical properties of braided polyamide suture

Textile Research Journal, 2015

Research paper thumbnail of Tensile and Knot Performance of Polyester Braided Sutures

Textile Research Journal, 2009

Research paper thumbnail of Tensile and Knot Performance of Polyester Braided Sutures

Textile Research Journal, 2009

Research paper thumbnail of New test methods to evaluate the performance of dermatological braided sutures from both the doctor and the patient sides

Journal of the Textile Institute, 2011

Test methods and instrumentations to measure suture tensile performances have been limited to sin... more Test methods and instrumentations to measure suture tensile performances have been limited to single‐pull to failure and knot‐pull strength. Though useful, these tests do not thoroughly represent the stresses that sutures experience during wound healing. This paper proposes new test methods to evaluate the performance of dermatological sutures using slippage ratio and recovery deformation based on a realistic representation of

Research paper thumbnail of Impact of hot-stretching treatment on physical and mechanical properties of braided polyamide suture

Textile Research Journal, 2015

Research paper thumbnail of Tensile and Knot Performance of Polyester Braided Sutures

Textile Research Journal, 2009

Research paper thumbnail of Tensile and Knot Performance of Polyester Braided Sutures

Textile Research Journal, 2009

Research paper thumbnail of New test methods to evaluate the performance of dermatological braided sutures from both the doctor and the patient sides

Journal of the Textile Institute, 2011

Test methods and instrumentations to measure suture tensile performances have been limited to sin... more Test methods and instrumentations to measure suture tensile performances have been limited to single‐pull to failure and knot‐pull strength. Though useful, these tests do not thoroughly represent the stresses that sutures experience during wound healing. This paper proposes new test methods to evaluate the performance of dermatological sutures using slippage ratio and recovery deformation based on a realistic representation of