New Findings What is the central question of this study? Prostheses for treatment of urinary
incontinence elicit complications associated with an inadequate mechanical action. This …

Background Numerous studies indicated that Intravesical prostatic protrusion is relevant to
prognosis of LUTS, however, the confounding effect that is brought about by prostate …

Assessment of the pressure and velocity of urine flow for different diameter ratios of prostatic
urethra (RPU) after transurethral surgery using computational fluid dynamics (CFD). A …

Background Quantitative and comprehensive visualization of urinary flow dynamics in the
urethra is crucial for investigating patient‐specific mechanisms of lower urinary tract …

Voiding dysfunction that results from bladder outlet (BO) obstruction is known to alter
significantly the dynamics of urine passage through the urinary tract. To non-invasively …

Objective To devise a new urodynamic imaging framework that can provide time-resolved
visualization of urinary flow and urethral deformation during the initiation phase of voiding …

Purpose In this study, we aimed to elucidate the pathophysiology of post-micturition dribble
(PMD) through analyzing several variables including pressure flow study (PFS) findings and …

Purpose Computational fluid dynamics (CFD) has been used successfully in cardiovascular
system research to analyze the physiological processes inside vessels. We evaluated the …

Background Prostate stiffness and increased collagen content both associate with the
presence of urinary symptoms in men but mechanisms responsible, including impact of age …

Background and objective Computational fluid dynamics (CFD) technology has been widely
used in medicine to simulate and analyse urine flow characteristics in urology. In previous …