Temasek Laboratories
Aeronautical Sciences Division
Computational & Theoretical AeroScience Group
Our mission is to address real world aeroscience related issues and provide innovative solutions. The Computational and Theoretical AeroScience Group focuses on fundamental and applied research in a wide range of aeronautics, flight me-chanics, and aerodynamics related topics. Topics include aeroelasticity, high-lift wing, natural-laminar-flow airfoil, winglet design, intake duct design optimization, lateral jet in cross flow, gridfin design, pulse detonation engine, smart airfoil and flapping motion. Our works are supported through the development and application of efficient computational fluid dynamics techniques and numerical analysis methodologies. [read more]
Experimental AeroScience Group
The purpose of the group is to conduct experiments on advanced concepts for improving the fluid-dynamic performance of vehicles. The research activities span the areas of aerodynamics, aeroacoustics, hydrodynamics, fluid/structures interaction, and propulsion, and provide potential solutions to enhance performance and reliability of aircraft, UAV, and AUV. Main focus is on flow physics, adaptable aerodynamic systems, and actuators for flow control. [read more]
Control Science Group
The Control Science Group at Temasek Laboratories engages in the analysis and feedback control of dynamical systems in aeronautics and defence. The main types of control systems of interest are autonomous aerial vehicles, unmanned marine vessels and, more generally, multi-agent systems such as squadrons of unmanned vehicles. The programme emphasizes basic research in systems and control theory, as well as development of design methodologies and control algorithms for specific problems. [read more]
Our mission is to address real world aeroscience related issues and provide innovative solutions. The Computational and Theoretical AeroScience Group focuses on fundamental and applied research in a wide range of aeronautics, flight me-chanics, and aerodynamics related topics. Topics include aeroelasticity, high-lift wing, natural-laminar-flow airfoil, winglet design, intake duct design optimization, lateral jet in cross flow, gridfin design, pulse detonation engine, smart airfoil and flapping motion. Our works are supported through the development and application of efficient computational fluid dynamics techniques and numerical analysis methodologies. [read more]
Experimental AeroScience Group
The purpose of the group is to conduct experiments on advanced concepts for improving the fluid-dynamic performance of vehicles. The research activities span the areas of aerodynamics, aeroacoustics, hydrodynamics, fluid/structures interaction, and propulsion, and provide potential solutions to enhance performance and reliability of aircraft, UAV, and AUV. Main focus is on flow physics, adaptable aerodynamic systems, and actuators for flow control. [read more]
Control Science Group
The Control Science Group at Temasek Laboratories engages in the analysis and feedback control of dynamical systems in aeronautics and defence. The main types of control systems of interest are autonomous aerial vehicles, unmanned marine vessels and, more generally, multi-agent systems such as squadrons of unmanned vehicles. The programme emphasizes basic research in systems and control theory, as well as development of design methodologies and control algorithms for specific problems. [read more]
