Advanced modeling of female bust behaviour in static or dynamic must consider the biological of each components of the breast. The numerical simulation of breast deformation enables the development of new techniques for confections corsetry or new medical devices, including screening for breast cancer. In this study, an experimental-simulation-optimization approach that takes into account the components (skin, fat and glands) responsible for the deformability of the breast under the gravity loading is proposed. Geometrical models were generated from MRI images for 3D reconstruction of internal components is used with using advanced adaptive mesh surface and volume for purposes of finite element simulations using Comsol Multiphysics. Experim...
The breast is the most distinctive organ of women¿s anatomy, and it is vital to support lactation. ...
The modeling of breast deformations is of interest in medical applications such as image-guided biop...
A new method for clinical breast biopsy is presented, based on a deformable finite element model of ...
La modélisation avancée du comportement réel des bustes féminins en statique ou en dynamique doit te...
International audienceMammography is a specific type of breast imaging that uses low-dose X-rays to ...
This thesis presents research that was conducted to develop anatomically realis-tic finite element m...
This thesis presents research that was conducted to develop anatomically realis-tic finite element m...
International audienceThe aim of this work is to develop a biomechanical Finite Element (FE) breast ...
International audienceBackground: Mammography is a specific type of breast imaging that uses low-dos...
When doing high field (1.5T) magnetic resonance breast imaging, the use of compression plate during ...
Purpose: Malignant breast lesions can be distinguished from benign lesions by their mechanical prope...
The modeling of breast deformations is of interest in medical applications such as image-guided biop...
Rationale and Objectives. Live guidance during needle breast procedures is not currently possible wi...
Purpose: Malignant breast lesions can be distinguished from benign lesions by their mechanical prope...
Currently, High Field (1.5T) Superconducting MR imaging does not allow live guidance during needle b...
The breast is the most distinctive organ of women¿s anatomy, and it is vital to support lactation. ...
The modeling of breast deformations is of interest in medical applications such as image-guided biop...
A new method for clinical breast biopsy is presented, based on a deformable finite element model of ...
La modélisation avancée du comportement réel des bustes féminins en statique ou en dynamique doit te...
International audienceMammography is a specific type of breast imaging that uses low-dose X-rays to ...
This thesis presents research that was conducted to develop anatomically realis-tic finite element m...
This thesis presents research that was conducted to develop anatomically realis-tic finite element m...
International audienceThe aim of this work is to develop a biomechanical Finite Element (FE) breast ...
International audienceBackground: Mammography is a specific type of breast imaging that uses low-dos...
When doing high field (1.5T) magnetic resonance breast imaging, the use of compression plate during ...
Purpose: Malignant breast lesions can be distinguished from benign lesions by their mechanical prope...
The modeling of breast deformations is of interest in medical applications such as image-guided biop...
Rationale and Objectives. Live guidance during needle breast procedures is not currently possible wi...
Purpose: Malignant breast lesions can be distinguished from benign lesions by their mechanical prope...
Currently, High Field (1.5T) Superconducting MR imaging does not allow live guidance during needle b...
The breast is the most distinctive organ of women¿s anatomy, and it is vital to support lactation. ...
The modeling of breast deformations is of interest in medical applications such as image-guided biop...
A new method for clinical breast biopsy is presented, based on a deformable finite element model of ...