Nature inspired algorithms emerged for the use in automated engineering design optimisations.These are readily applicable but require a significant number of evaluations. The purpose of this paper is two folded: 1) To develop a particle swarm algorithm (PSO) adapted towards multi-objective optimisation and constraint handling for the use in propeller design; 2) To assess optimisation results in a comparable standard. The development of two PSO algorithmsare outlined and tested in optimisations of four different propellers. The results are evaluated by consulting the generation medians and Pareto front development which are compared to a benchmark algorithm
A guideline for an effective and efficient use of a deterministic variant of the Particle Swarm Opti...
Optimization techniques based on swarm theory (particle swarm optimization, PSO), originally develop...
The work presented in this thesis includes two stages in a research project at the Rolls-Royce Unive...
Nature inspired algorithms emerged for the use in automated engineering design optimisations.These a...
This article deals with improving and evaluating the performance of two evolutionary algorithm appro...
AbstractReal world problems have usually multiple objectives. These objective functions are of- ten ...
Propeller design is a comprehensive task in finding the best trade-off between competing objectives ...
This paper describes a methodology to design and optimize a controllable pitch propeller suitable fo...
The use of automated optimisation in engineering applications is emerging. In particular, nature ins...
Recent trends in the shipping industry, e.g., expanded routing in ecologically sensitive areas and e...
A procedure for the optimisation of full-scale marine propellers working be- hind a ship is prese...
The design of a marine propeller is characterized by its complexity rather then its shortcoming of k...
In this paper, a multi-objective particle swarm optimization (MOPSO) procedure has been developed an...
this paper is to show how the search algorithm known as particle swarm optimization performs. Here,...
A guideline for an effective and efficient use of a deterministic variant of the Particle Swarm Opti...
A guideline for an effective and efficient use of a deterministic variant of the Particle Swarm Opti...
Optimization techniques based on swarm theory (particle swarm optimization, PSO), originally develop...
The work presented in this thesis includes two stages in a research project at the Rolls-Royce Unive...
Nature inspired algorithms emerged for the use in automated engineering design optimisations.These a...
This article deals with improving and evaluating the performance of two evolutionary algorithm appro...
AbstractReal world problems have usually multiple objectives. These objective functions are of- ten ...
Propeller design is a comprehensive task in finding the best trade-off between competing objectives ...
This paper describes a methodology to design and optimize a controllable pitch propeller suitable fo...
The use of automated optimisation in engineering applications is emerging. In particular, nature ins...
Recent trends in the shipping industry, e.g., expanded routing in ecologically sensitive areas and e...
A procedure for the optimisation of full-scale marine propellers working be- hind a ship is prese...
The design of a marine propeller is characterized by its complexity rather then its shortcoming of k...
In this paper, a multi-objective particle swarm optimization (MOPSO) procedure has been developed an...
this paper is to show how the search algorithm known as particle swarm optimization performs. Here,...
A guideline for an effective and efficient use of a deterministic variant of the Particle Swarm Opti...
A guideline for an effective and efficient use of a deterministic variant of the Particle Swarm Opti...
Optimization techniques based on swarm theory (particle swarm optimization, PSO), originally develop...
The work presented in this thesis includes two stages in a research project at the Rolls-Royce Unive...