Contains the keyword Thailand

Techakanont K, Natsuda K. Accelerating or Decelerating Electric Mobility in Thailand?. In: Gerpisa colloquium. Shanghai; 2025. Abstract
Techakanont K, Homklin T. The prospect of moving towards a circular economy in creating ELV recycling systems in Thailand. International Journal of Automotive Technology and Management. 2024;24:358-76. Abstract
Schröder M. Towards a new division of labour in Southeast Asia: Indonesian and Thai Industrial policy and the electric vehicle value chain in ASEAN. International Journal of Automotive Technology and Management. 2024;24:73-99. Abstract
Monaco L, Bell J, Nyamwena J. The political economy of technological change: transitioning to 4.0 in plastic auto components in South Africa and Thailand. In: Gerpisa colloquium. Paris; 2019. Abstract
Techakanont K, Homklin T, Phamaranon T. Where have all old cars gone?: Roles of the informal sector in treating the end-of-life vehicles in Thailand. In: Gerpisa colloquium. Paris; 2019. Abstract  Download: Gerpisa_Kriengkrai_2019.pdf (726.3 KB)
Orihashi S. Capability Building in oversea subsidiary - Comparison between first & second generation of IMV in Thailand. In: Gerpisa colloquium. Paris; 2016. Abstract
Perez Debrand JM. Economic and social externalities of the automobile industry development in Mexico and Thailand. In: 22nd Gerpisa International Colloquium. Kyoto; 2014. Abstract
Orihashi S. Which country to put more emphasis in ASEAN: Indonesia or Thailand?. In: Gerpisa colloquium. Paris; 2013. Abstract
Barnes J, Black A. Multinational strategy, industrial policy and local capability: A comparison of automotive industry development in South Africa and Thailand. In: Gerpisa colloquium. Paris; 2011. Abstract
Orihashi S. The Future of automotive industry in Thailand. Paris; 2011. Abstract

  GIS Gerpisa / gerpisa.org
  4 Avenue des Sciences, 91190 Gif-sur-Yvette

Copyright© Gerpisa
Concéption Tommaso Pardi
Administration Alexandra Kuyo, Lorenza Monaco,, 

Powered by Drupal, an open source content management system