Vibration testing of a fresh-frozen human pelvis: the role of the pelvis ligaments

First steps to measure the dynamical properties of a human pelvis in vivo

Influence of frequency-dependent properties on system identification: Simulation study on a human pelvis model

In vivo Bone Vibration Measurement by Ultrasound

Identification methodology for low back pain diagnosis

Frequency Dependent Properties and Pelvis Parameter Identification

Experimental modal analysis on a human specimen: Lessons learned

Identification methodology of the human pelvis for Low Back Pain diagnosis

Engineering issues in experimental biomedicine series. Part 4: tissue water content

Dynamical experiments on human pelvises: challenges and preliminary results

Engineering issues in experimental biomedicine series. Part 3: tissue preconditioning

Biodynamical parameter estimation using frequency domain updating

Ultrasound detection system for musculoskeletal disorders

Low back pain, the stiffness of the sacroiliac joint: A new method using ultrasound

Engineering issues in experimental biomedicine series. part 2: space biology

Engineering issues in experimental biomedicine series. Part 5: Measuring and imaging what's inside

Engineering issues in experimental biomedicine series: Part 6: Statistics in medical research

Dynamic model of the human pelvis - parameters identification

Introduction

Dynamic response of an embalmed human pelvis