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B2: Module design

Analysis of the Effect of Module Thickness Reduction on Thermoelectric Generator Output

F.P. Brito1L. Figueiredo2L. Rocha2A.P. Cruz1L. M. Goncalves2J. Martins1

Analytic couple modeling introducing the device design factor, fin factor, thermal diffusivity factor, and inductance factor

J. Mackey1, A. Sehirlioglu2, F. Dynys3

Comparison between finite element method calculations and measured data in terms of the output power of an Mg2Si thermoelectric chip and a unileg couple

Takashi Nakamura , Yasuo Kogo , Tsutomu Iida, Naomi Hirayama, Masashi Ishikawa, Keishi Nishio, and Yoshifumi Takanashi

Comparison between finite element method calculations and measured data interms of the output power of an Mg2Si thermoelectric chip and a unileg couple

Takashi Nakamura , Yasuo Kogo , Tsutomu Iida, Naomi Hirayama, MasashiIshikawa, Keishi Nishio, and Yoshifumi Takanashi

Development of a Thermoelectric Module Suitable for Vehicles that is Based on CoSb3 Manufactured Close to Production

Mirko Klein Altstedde M.Eng., Dipl.-Phys. Reinhard Sottong, Dipl.-Ing. Oliver Freitag, Dipl.-Ing. Martin Kober, Dipl.-Ing. Volker Dreißigacker, Dr.rer.nat. Knud Zabrocki, Dipl.-Ing. Patric Szabo

Glass Fabric-based Wearable Thermoelectric Generator

Sun Jin Kim1, Ju Hyung We1, and Byung Jin Cho1

Performance of a Single-Stage Integrated Thermoelectric Device Applied to Waste-Heat Recovery

Matthew M. Barry, Kenechi Agbim,  B.V.K. Reddy, Minking K. Chyu

Power generation characteristics after vibration and thermal shock tests for thermoelectric modules with CoSb3/Ti/Cu-Mo interfaces

Kwangho Bae1,2, Soon-Mok Choi3,*, Kyung-Hun Kim1, Hyoung-Seuk Choi1, Won-Seon Seo1, Il-Ho Kim4, Soonil Lee1, Hae Jin Hwang2

Power generation performance of π-structure thermoelectric module using silicide element

Tomoyuki Nakamura1, Kazuya Hatakeyama1, Masahiro Minowa1, Youhiko Mito2, Koya Arai3, Tsutomu Iida3 and Keishi Nishio3

Power generation performance of π-structure thermoelectric module with Mg2Si and MnSi1.73

Tomoyuki Nakamura1,3, Kazuya Hatakeyama1, Masahiro Minowa1, Youhiko Mito2, Koya Arai3, Tsutomu Iida3 and Keishi Nishio3

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