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    • Grad. Calculus & Linear Algebra
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  • Abstracts
    • Nonlinear Dynamics of Microbubbles in Tissue
    • Integrability, localisation and bifurcation of an elastic conducting rod in a uniform magnetic field
    • Artificial Intelligence in Therapeutic Ultrasound
    • Patient-Specific Modelling of Microwave Ablation
    • Factors for validation of measurement-based simulation
    • Assessing generalized multi-pool exchange tissue model MRI simulations for the modelling of an ultra-low field scanner
    • Transcostal High-Intensity Focused Ultrasound: Planning Treatment Delivery for Phased Arrays
    • A comparison between theory and experiment in thermal ablation of perfused livers
  • Experience
  • Talks
    • Nonlinear Dynamics of Microbubbles in Tissue
    • Mathematical Modelling and Numerical Simulation in Medicine
    • Integrability, localisation and bifurcation of an elastic conducting rod in a magnetic field
    • Artificial Intelligence in Therapeutic Ultrasound
    • Patient-Specific Modelling of Microwave Ablation
    • Factors for Validation of Measurement-Based Simulation
  • Projects
    • QuaLiPerF
    • EHMA
      • Enhancing Hepatic Microwave Ablation
    • MAIBAI: Metrology for Image-Based AI
    • CUBDL: Challenge on Ultrasound Beamforming with Deep Learning
    • AEGEUS
    • Cosserat Theory
  • Opensources
    • k-wave-python
  • Blogs
    • Awesome List of Scientific Computing Resources
    • Annual Meeting of the Society for Thermal Medicine 2022
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    • CTMS-MAT-13: Numerical Methods
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    • MDE-MET-01; Calculus and Linear Algebra for Graduate Students
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      • Single Variable Calculus
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    • CA-MATH-804: Numerical Analysis
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    • MECH1010: Modelling and Analysis in Engineering I
    • Math6502: Mathematics for Engineers II
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  • Papers in which I have been acknowledged
    • Numerical analysis of a wave equation for lossy media obeying a frequency power law
  • Publications
    • Visual ensemble analysis with deep learning prediction for studying the effect of tissue properties on radiofrequency ablation
    • Optimizing microwave ablation planning with the ablation success ratio
    • Numerical Modelling for Simulation and Planning of Focused Ultrasound Treatments
    • A novel concept of transperineal focused ultrasound transducer for prostate cancer local deep hyperthermia treatments
    • Three-dimensional assessment of vascular cooling effects on hepatic microwave ablation in a standardized ex vivo model
    • Studying the effect of tissue properties on radiofrequency ablation by visual simulation ensemble analysis
    • Pyroelectric ultrasound sensor model: directional response
    • Deep learning for ultrasound image formation: CUBDL evaluation framework and open datasets
    • Improving image quality of single plane wave ultrasound via deep learning based channel compounding
    • Building confidence in digital health through metrology
    • Numerical and experimental study of mechanisms involved in boiling histotripsy
    • Reducing uncertainties for spatial averaging at high frequencies
    • Dosimetry implications for correct ultrasound dose deposition: uncertainties in descriptors, planning and treatment delivery
    • Approximations for acoustically excited bubble cluster dynamics
    • The buckling of magneto-strictive Cosserat rods
    • Localisation of a twisted conducting rod in a uniform magnetic field: the Hamiltonian-Hopf-Hopf bifurcation
    • The effects of nonlinear wave propagation on the stability of inertial cavitation
    • Integrability, Localisation and Bifurcation of an Elastic Conducting Rod in a Uniform Magnetic Field
    • Spatial chaos of an extensible conducting rod in a uniform magnetic field
    • Integrability of a conducting elastic rod in a magnetic field
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EHMA

Jun 16, 2022
Simulated and segmented ablation volume Simulated and segmented ablation volume

Enhancing Hepatic Microwave Ablation

Last updated on May 13, 2026
Thermal Ablation
David Sinden
Authors
David Sinden (he/him)
Senior Research Scientist
David Sinden is an applied mathematician whoe research interests include ultrasound modelling, thermal ablation and pharmacokinetic models.
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© 2026 djps. This work is licensed under CC BY NC ND 4.0

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