Time resynchronization of data is often needed when the analysis is based on combining several cardiovascular MRI (CMR) sequences and/or when CMR is combined with a different modality such as pressure catheter during interventional CMR (iCMR). In the present work we propose using patient-specific biophysical model to resynchronize the intraventricular pressure and volume data. The model-driven resynchronization strategy generates pressure-volume (P-V) loops, which can be then used for clinical interpretation. Moreover, the patient-specific model provides additional mechanical indicators of patient's physiology. This framework has the perspective to contribute to planning of complex surgical interventions.