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

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

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

Frequency Dependent Properties and Pelvis Parameter Identification

Experimental modal analysis on a human specimen: Lessons learned

Identification methodology for low back pain diagnosis

In vivo Bone Vibration Measurement by Ultrasound

Identification methodology of the human pelvis for Low Back Pain diagnosis

Biodynamical parameter estimation using frequency domain updating

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

Ultrasound detection system for musculoskeletal disorders

Dynamical experiments on human pelvises: challenges and preliminary results

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

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

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

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

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

Dynamic model of the human pelvis - parameters identification

Introduction

Test flight of a bioreactor module for cartilage tissue on maser 9