About the Journal
Climate-Adaptive Materials Engineering
ISSN: 2978-8498 (Online)
Publication Frequency: Semi-annual
Publication Months: May,November
Publication Model: Gold Open Access
Climate-Adaptive Materials Engineering (CAME) is an international, peer-reviewed, open-access journal focusing on the design, development, characterization, and application of materials that contribute to adaptation to changing climatic conditions.
Aims
Climate-Adaptive Materials Engineering (CAME) aims to advance research on materials and material systems that can contribute to climate adaptation, environmental resilience, resource efficiency, and sustainable engineering.
The journal encourages interdisciplinary research integrating materials science, engineering, environmental science, computational methods, and related fields to investigate the development, performance, optimization, and application of climate-adaptive materials.
CAME also welcomes research addressing the practical application of climate-adaptive materials in buildings, infrastructure, energy systems, and environmental protection, including studies that evaluate material performance under changing environmental conditions.
Scope
The scope of CAME covers materials research related to climate adaptation, energy efficiency, sustainability, resilience, and environmental performance. The journal welcomes theoretical, experimental, computational, modeling, and applied studies covering material design, characterization, optimization, testing, and engineering applications.
Climate-Responsive Materials
Materials and material systems designed or engineered to respond to changes in temperature, humidity, solar radiation, moisture, or other environmental and climatic conditions.
Energy-Efficient Building Materials
Materials and technologies that improve building energy efficiency, thermal performance, indoor environmental conditions, and adaptation to changing climate conditions.
Smart and Kinetic Material Technologies
Smart, responsive, adaptive, and kinetic materials whose properties or functions can respond to environmental stimuli or changing operating conditions.
Sustainable and Resilient Materials
Materials designed to reduce environmental impacts while improving durability, resilience, resource efficiency, recyclability, and performance under changing conditions.
Machine Learning for Climate-Adaptive Material Optimization
Machine learning, artificial intelligence, data-driven modeling, and computational methods for material design, prediction, characterization, and optimization.
Phase Change Materials for Energy Storage
Phase change materials and related thermal energy storage technologies for temperature regulation, energy efficiency, thermal management, and climate-adaptive applications.
Climate-Adaptive Infrastructure and Urban Applications
Application of climate-adaptive materials in infrastructure, buildings, urban environments, transportation systems, and other engineered environments exposed to climate-related stresses.
Environmental and Life Cycle Assessment
Environmental assessment, life cycle assessment, resource efficiency, carbon impacts, durability, and sustainability evaluation of climate-adaptive materials and material systems.
Journal Policies & Services
Peer Review
Manuscripts submitted to CAME undergo editorial assessment and peer review in accordance with the journal's editorial and peer-review procedures.
Open Access
Published articles are made freely available online under the journal's open-access policy, supporting broad access to published research.
Submissions
Authors can submit manuscripts through the journal's online submission system and consult the submission requirements before preparing their manuscripts.
Publisher
Climate-Adaptive Materials Engineering is published by Explorer Press Ltd.
Explorer Press supports the journal's editorial, publishing, online dissemination, and scholarly communication activities.
CAME welcomes original and interdisciplinary research that advances climate-adaptive materials, sustainable material technologies, energy efficiency, resilient infrastructure, and environmental applications.