Research Publications
- Understanding the influence of wing to pylon connection strategies on component sizing
- Identifying break points in early product family design using an integrated VDD approach
- EvoDevo: bioinspired generative design via evolutionary graph-based development
- Design hormones: nature-inspired generative design methodology for additive manufacturing
- Applying extrinsic geometric constraints in the MMC framework
- Efficient methods to build structural performance envelopes in characteristic load space
- Enhanced block-structured quadrilateral mesh generation: integrating cross-field and distance field for optimal domain decomposition
- Automatically approximating the material properties and boundary conditions applied to a axisymmetric thermal analysis of a quasi-axisymmetric component
- Post-processing feature-mapping topology optimisation designs towards feature-based CAD processing
- Parametric nacelle modelling to support structural design for engine integration
- Nonintrusive aerodynamic shape optimisation with a POD-DEIM based trust region method
- Aerodynamic shape optimization using parametric CAD and discrete adjoint
- Propagating design updates to structured analysis meshes
- Application of tensor factorisation for CAE model preparation form CAD assembly models
- CAD-based adjoint optimization using other components in a CAD model assembly as constraints
- Generalized Bezier components and successive component refinement using moving morphable components
- Incremental decomposition for hex-meshing in cad using virtual topology
- Hierarchical CADNet: learning from B-Reps for machining feature recognition
- Generative design for additive manufacturing using a biological development analogy
- Structural topology optimisation of a gas turbine engine and nacelle integration components employing a medial surface representation
- Quantifying the Sensitivity of Plate Aspect Ratio and Edge Boundary Conditions on CFRP Plate Impact and Post Impact Residual Strength
- Point Cloud Dataset Creation for Machine Learning on CAD Models (Conference)
- Investigation into the potential load share between aero engines and nacelle components
- Quadrilateral multi-block decomposition via auxiliary subdivision
- Understanding the Influence of Powerplant Component Connection Strategies on Aircraft Engine Structural Deformations
- Graph representation of 3D cad models for machining feature recognition with deep learning
- Non-intrusive aerodynamic shape optimisation with a discrete empirical interpolation method
- Internally Smeared Method for The Modelling of Composite Laminate Components
- Mesh and geometry manipulations for optimization and inverse design
- Structural performance envelopes in load space
- Improving the Design and Analysis of Commercial Bus Structures Using Vehicle Performance Envelopes
- A Reduced-Order Model for Aerodynamic Shape Optimisation
- ELP: Engineering Leaders for the Future
- Point cloud dataset creation for machine learning on CAD models
- Automated mesh deformation for CAD models which exhibit boundary topology changes
- A block lower-upper symmetric gauss-seidel scheme for adjoint solvers
- A framework of gradient-based shape optimization using feature-based CAD parameterization
- Gene-inspired Development of Innovative Design: Principles and Algorithm
- Application of Tensor Factorisation to Analyse Similarities in CAD Assembly Models
- SmartMaaS: a framework for smart manufacturing-as-a-service
- Design gene representations for emergent innovative design
- Bio-inspired growth: introducing emergence into computational design
- Capturing simulation intent in an ontology: CAD and CAE integration application
- The Effect of Panel Boundary Conditions on Laminate Damage Tolerant Strength
- Automatic decomposition of complex thin walled CAD models for hexahedral dominant meshing
- Symmetry-based decomposition for meshing quasi-axisymmetric components
- A simple formula for quad mesh singularities
- Principal outcomes from the GEMinIDS/IODA geometry-handling and parameterisation workshop
- Using Parametric Effectiveness for Efficient CAD-Based Adjoint Optimization
- Idealizing Quasi-axisymmetric 3d Geometries To 2D-axisymmetric Finite Element Models