Non-Invasive Imaging of Mechanical Properties of Cancers In Vivo Based on Transformations of the Eshelby's Tensor Using Compression Elastography.
Sharmin MajumderMd Tauhidul IslamFrancesca TaraballiRaffaella RighettiPublished in: IEEE Trans. Medical Imaging (2024)
Keyphrases
- mechanical properties
- finite element model
- image analysis
- composite materials
- optical coherence tomography
- small animal
- myocardial perfusion
- clinical setting
- tissue characterization
- finite element
- experimental data
- boundary conditions
- finite element analysis
- high resolution
- breast cancer
- stainless steel
- diffusion mri
- image processing
- diffusion tensor
- numerical simulations
- prostate cancer
- medical imaging
- soft tissue
- intravascular ultrasound
- diffusion tensor images
- material properties
- measured data
- white matter
- ultrasound images
- computer vision