P-ISSN 0747-9964
E-ISSN 2998-8969
Vol. 42, Issue 1, 2025April 18, 2025 EDT
Innovative Asphalt-Based Carbon Fiber Cement for Enhanced Geothermal Energy Efficiency-Impacts on Engineering Technology
Innovative Asphalt-Based Carbon Fiber Cement for Enhanced Geothermal Energy Efficiency-Impacts on Engineering Technology
Articles in Vol. 42, Issue 1, 2025
Vol. 42, Issue 1, 2025
- Spring 2025 Issue of the Journal of Engineering Technology (Print Version)Engineering Technology Division of the American Society for Engineering Education
- From the EditorIsmail Fidan
- Exploring Transportation Career Awareness through University-Hosted Summer CampsMaximus HuangMaurizio Manzo
- Exploring Physico-Mechanical Properties of Recycled Plastic Amended Cement ConcreteShohana Iffat
- Innovative Asphalt-Based Carbon Fiber Cement for Enhanced Geothermal Energy Efficiency-Impacts on Engineering TechnologyWenxi ZhuXiangyu HouShengkai CuiJijun WeiBaoyu Sun
- Radar-Based Vital Sign Monitoring with Automated Beam SteeringDaniel GoreDaniel PetronchakFelipe ValenciaGavin YoungNithish WarrenAthina Petropulu
- Highlights on Crafting an ASEE-JET ArticleIsmail FidanMathew KuttolamadomJyhwen Wang
- Advertisements of the Spring 2025 IssueAdvertisements of the Spring 2025 Issue
Zhu, Wenxi, Xiangyu Hou, Shengkai Cui, Jijun Wei, and Baoyu Sun. 2025. “Innovative Asphalt-Based Carbon Fiber Cement for Enhanced Geothermal Energy Efficiency-Impacts on Engineering Technology.” Journal of Engineering Technology 42 (1): 20–32. https://doi.org/10.18260/jet.42.1.3.