MORE EFFICIENCY OF TRANSVERSE WAVE APPROACH (TWA) BY APPLYING ANISOTROPIC MESH TECHNIQUE (AMT) FOR FULL-WAVE ANALYSIS OF MICROWAVE PLANAR STRUCTURES | Zendy

Mohamed Ayari | Zendy; Taoufik Aguili | Zendy; H. Baudrand | Zendy

Open Access

MORE EFFICIENCY OF TRANSVERSE WAVE APPROACH (TWA) BY APPLYING ANISOTROPIC MESH TECHNIQUE (AMT) FOR FULL-WAVE ANALYSIS OF MICROWAVE PLANAR STRUCTURES

Author(s) -

Mohamed Ayari,

Taoufik Aguili,

H. Baudrand

Publication year - 2009

Publication title -

progress in electromagnetics research b

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.208

H-Index - 47

ISSN - 1937-6472

DOI - 10.2528/pierb09022001

Subject(s) - planar , anisotropy , microwave , transverse plane , materials science , acoustics , computer science , physics , optics , structural engineering , telecommunications , engineering , computer graphics (images)

MORE EFFICIENCY OF TRANSVERSE WAVE AP-PROACH (TWA) BY APPLYING ANISOTROPIC MESHTECHNIQUE (AMT) FOR FULL-WAVE ANALYSIS OFMICROWAVE PLANAR STRUCTURESM. AyariDepartment of mathematicsVirginia Polytechnic Institute and state university-BlacksburgVA, USAT. AguiliSyscom LaboratoryNational Engineering SchoolB.P 37 Le belvedere 1002 Tunis, TunisiaH. BaudrandEM Research & Design, RCEM17 Rue Denis Papin, 31500 Toulouse, FranceAbstract—The present paper sets out to present a numericalelectromagnetic (EM) method TWA for EM eld modeling of planarstructures. Combining both the benets of TWA process and themodeling of planar excitation source, an optimization techniqueAMT is applied and evaluated in context of RF integrated-circuitapplications. The computational complexity of TWA process isexamined and the obtained simulation results are found to be ingood agreement with literature. Index Terms- Transverse waveapproach (TWA), anisotropic mesh technique (AMT), computationalcomplexity, planar structures

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