A multi-parameter performance optimization is carried out for the constant thickness radome (CTR) design. Such a CTR design can be further optimized w.r.t. the conical target sector of preference. This class of CTR design permits considerable thickness tolerance without any significant reduction in the EM performance, so as to facilitate the fabrication of these radomes.13
A Radome device acts as a protective cover to allow the antenna placed inside to work safely under h...
In this study, an effective method for designing an electromagnetic multilayer radome is introduced....
Airborne early warning systems are deployed for collecting surveillance information on airborne enem...
A multi-parameter performance optimization is carried out for the constant thickness radome (CTR) de...
Electromagnetic design and performance studies for a monolithic hybrid variable thickness radome (hy...
Abstract-In this paper a systematic approach to radome design is presented. The problem is formulate...
A novel A-sandwich hybrid variable thickness radome design, based on optimised power reflection, is ...
The aircraft radomes are often streamlined and highly prone to EM performance degradation due to fab...
Airborne Early Warning (AEW) systems are deployed for getting surveillance information on airborne e...
This report highlights the optimization processing parameters for the resin system used in the fabri...
This report looks at the aerodynamics of a pea-shaped belly mounted radome on a commercial aircraft,...
These studies are done in behalf of Saab AB AVITRONICS in Järfälla in the form of a thesis at the Ro...
A graded dielectric inhomogeneous nosecone radome design with superior electromagnetic (EM) performa...
A monolithic half-wave hybrid variable thickness radome (hy-\ud VTR) is proposed here for airborne a...
In airborne radome applications, monolithic half-wave wall configuration is generally used to provid...
A Radome device acts as a protective cover to allow the antenna placed inside to work safely under h...
In this study, an effective method for designing an electromagnetic multilayer radome is introduced....
Airborne early warning systems are deployed for collecting surveillance information on airborne enem...
A multi-parameter performance optimization is carried out for the constant thickness radome (CTR) de...
Electromagnetic design and performance studies for a monolithic hybrid variable thickness radome (hy...
Abstract-In this paper a systematic approach to radome design is presented. The problem is formulate...
A novel A-sandwich hybrid variable thickness radome design, based on optimised power reflection, is ...
The aircraft radomes are often streamlined and highly prone to EM performance degradation due to fab...
Airborne Early Warning (AEW) systems are deployed for getting surveillance information on airborne e...
This report highlights the optimization processing parameters for the resin system used in the fabri...
This report looks at the aerodynamics of a pea-shaped belly mounted radome on a commercial aircraft,...
These studies are done in behalf of Saab AB AVITRONICS in Järfälla in the form of a thesis at the Ro...
A graded dielectric inhomogeneous nosecone radome design with superior electromagnetic (EM) performa...
A monolithic half-wave hybrid variable thickness radome (hy-\ud VTR) is proposed here for airborne a...
In airborne radome applications, monolithic half-wave wall configuration is generally used to provid...
A Radome device acts as a protective cover to allow the antenna placed inside to work safely under h...
In this study, an effective method for designing an electromagnetic multilayer radome is introduced....
Airborne early warning systems are deployed for collecting surveillance information on airborne enem...