Publications
- Three-dimensional numerical study of DTH bit-rock interaction with HPWJ downhole slotting: Influence of bit design and bottom hole geometric conditions on rock breaking efficiency in percussive drilling
- Three-dimensional numerical study of DTH bit-rock interaction with HPWJ downhole slotting: Influence of bit design and bottom hole geometric conditions on rock breaking efficiency in percussive drilling
- Experimental and numerical investigation of high-pressure jetting fluids impinging on submerged hard rock under deep geothermal downhole drilling conditions
- Effect of cement behaviour on casing integrity in superhot geothermal wells: A numerical study
- Novel computational tool for efficient structural analyses of geothermal wells Read publication
- ATLAS of yield surfaces for strongly textured FCC polycrystals Read publication
- Behaviour of two chamber aluminium profiles under axial crushing: An experimental and numerical study
- Experimental study on the formability of AA6016 sheets pre-strained by rolling Read publication
- Experimental detection of forming limit strains on samples with multiple local necks Read publication
- Density-consistent Initialization of SPH on a Regular Cartesian Grid: Comparative Numerical Study of 10 Smoothing Kernels in 1, 2 and 3 Dimensions
Other
- Effect of cement behaviour on casing integrity in superhot geothermal wells: A numerical study
- Multi-physics optimization applied to Aluminium alloys design
- Case Studies of PDC Bits in Deep Geothermal Drilling
- SlagCalculator: A Framework for Slag and Metallurgical Properties
- Evaluation of Casing Collapse Capacity in Ultra-High Temperature Geothermal Wells
- Prediction of PDC Drill Bit Performance for Hard Rock Geothermal Drilling Using Bit-Rock Interaction Models
- Modelling of Cold Metal Transfer Welding Process Using SPH
- Effective memory layout and accesses for the SPH method on the GPU
- Comparison of SPH and VOF simulations with experimental measured wave-induced impact loads due to Green Water Events
- Use of Complex Intel Boundary Conditionas For Accelerated Studies of Green Water Events