หัวข้อวิทยานิพนธ์ระดับ ปริญญาโท - เอก

 

ศาสตราจารย์สุจินต์ บุรีรัตน์

 

(1)    Non-linear aeroelastic analysis of a morphing wing structure

-         Use CFD software e.g. ANSYS or Fluent to analyse  non-linear aeroelastic behaviours of a morphing wing of an aircraft

 

(2)    Optimisation of automotive frames using self-adaptive meta-heuristics

-         The main objective is to develop an efficient many-objective evolutionary algorithm using a self-adaptive strategy.

-         The optimiser will be applied to design of automotive frames

 

(3)    Water distribution network design

-         The main objective is to develop efficient single- and bi-objective evolutionary algorithms using a self-adaptive strategy.

-         The application is pipe network design and rehabilitation.

 

(4)    Self-adaptive meta-heuristics for constrained mechanical design

-         The main objective is to develop new self-adaptive single- and bi-objective evolutionary algorithms.

-         The application is benchmarking on mechanical design problems.

 

(5)    Optimisation of frame structures with welding joints

-         The main objective is to develop efficient single- and bi-objective evolutionary algorithms using a self-adaptive strategy.

-         The application is design of structures with welding joins.

-         Finite element models for welding joints are developed.

 

 

 

(6)    Optimisation of a reinforced concrete frame subject to seismic loadings

-         The main objective is to develop powerful self-adaptive evolutionary algorithms.

-         The application is design of concrete structures subject to seismic (earthquake) loadings.

 

(7)    Optimisation of a heat exchanger

-         The main objective is to develop surrogate-assisted evolutionary algorithms with a self-adaptive strategy.

-         The application is heat exchanger design (CFD is needed).

 

(8)    Optimisation of a metal forming process

-         The main objective is to develop surrogate-assisted evolutionary algorithms with a self-adaptive strategy.

-         The application is a metal forming process (e.g. deep drawing, wire drawing, etc).

 

(9)    Optimisation of automotive and mechanical components

-    The main objective is to develop a design process for automotive components e.g. floor frames.

-    The design process will start from topology optimisation, preliminary design to detailed design.

 

(10)  Damage detection and localisation of structures

-    The main objective is to develop a process to detect and localise damages on structures by means of vibration measurement and evolutionary computation.

 

(11)  Inverse problems through meta-heuristic search

-    The main objective is to investigate using powerful meta-heuristics for inverse problems in engineering e.g. material property identification and heat boundary estimation.

 

 

(12)Dynamic design of structures.

-    The main objective is to apply modal analysis, finite element model updating, and structural modification for improving mechanical parts.

 

(13)Computational contact analysis of 3D frame structures

-    The main objective is to develop a computer code for finite element based contact analysis of 3D frame structures.

 

(14)Surrogate-based optimisation of an aircraft wing

-    The main objective is to develop an efficient surrogated assisted optimiser for multidisciplinary design optimisation of an aircraft wing.

 

(15)Mechanism synthesis using meta- and hyper- heuristics

-    The main objective is to develop powerful meta- and hyper- heuristics for mechanism synthesis.