| Name | Thesis Title |
| AKBARZADEH LALKAMI, Siamak Siamak | Adjoint Differentiation of SIMPLE-like Incompressible Flow Solvers (2020) |
| IMAM-LAWAL, Oluwadamilare Rahman | Adjoint Based Optimisation for Coupled Conjugate Heat Transfer (2020) |
| MYKHASKIV, Orest | Optimal shape design with automatically differentiated CAD parametrisations (2020) |
| CHINTAGUNTA, Abhishek | CABARET Schemes for improved wave propagation and viscous flow modelling (2019) |
| GUGALA, Mateusz | AboutFlow CFD (2019) |
| MOHANAMURALY, Pavanakumar | Fast Adjoint-assisted Multilevel
Multifidelity Method for Uncertainty
Quantification of the Aleatoric Kind (2019) |
| ORIANI, Mattia | Discretisation of the incompressible Navier-Stokes equations using mimetic finite differences. (2018) |
| ZHANG, Xingchen | CAD-based geometry parametrisation in shape optimisation using Non-Uniform Rational B-Spines (2018) |
| HÃKELHEIM, Jan | High Performance Flow Control & Shape Optimisation Solver (2017) |
| WANG, Yang | Robust and Stable discrete adjoint solver development for shape optimisation of incompressible flows with industrial applications (2017) |
| RAYAMAJHI, Milan | Efficient Methods for Robust Shape Optimisation for Crashworthiness (2015) |
| SINGH, Gursharanjit | A Study of the Fluid Dynamic Coupling Between LP Steam Turbine and its Exhaust Hood (2015) |
| XU, Shenren | Numerical shape optimisation of flow around turbomachinery blades (2015) |
| CHRISTAKOPOULOS, Faidon | Sensitivity computation and shape optimisation in aerodynamics using the adjoint methodology and Automatic Differentiation (2013) |
