Engineering Journal: IJOER

14/08/2026

🔋 How Do EV Batteries Stay Safe Under Extreme Conditions?

Discover how phase-change materials and liquid cooling improve battery thermal management, enhancing EV safety, performance, and battery lifespan.

📖 https://ijoer.com/blog/battery-thermal-management-2026-phase-change-materials-and-liquid-cooling-for-ev-safety

Battery thermal management in EVs is critical for safety and efficiency in 2026. Phase-change materials absorb excess heat passively, while liquid cooling actively regulates temperature during operation and fast charging. Together, these systems prevent overheating, extend battery life, and improve....

11/08/2026

Porous Materials for Sustainable Development

🧪 How Can Porous Materials Solve Global Sustainability Challenges?

Explore how advanced porous materials enable carbon capture, water purification, and critical mineral recovery for a more sustainable future.

📖 https://ijoer.com/blog/porous-materials-2026-carbon-capture-water-purification-mineral-recovery

Porous materials in 2026 play a vital role in sustainable development through carbon capture, water purification, and critical mineral recovery. This blog explores how materials like MOFs, zeolites, and activated carbon help reduce emissions, clean water, and recover valuable resources, supporting c...

07/08/2026

⚡ How Can Intelligent Systems Accelerate Net Zero?

Discover how AI, smart grids, and advanced energy technologies are driving the clean energy transition toward a net-zero future.

📖 https://ijoer.com/blog/net-zero-energy-2026-intelligent-systems-for-clean-energy-transition

Net zero in power and energy systems in 2026 focuses on intelligent grids, AI-driven optimization, renewable integration, and hydrogen storage. This blog explains how smart systems enable clean energy transition through electrification, carbon capture, and advanced storage technologies, helping indu...

04/08/2026

💧 Can Liquid Cooling Solve the AI Data Center Heat Challenge?

Discover how liquid cooling and chip-integrated thermal management are improving energy efficiency, enabling high-performance computing, and powering the next generation of AI data centers.

📖 https://ijoer.com/blog/data-center-cooling-2026-liquid-cooling-chip-integrated-thermal-management

Data center thermal management in 2026 focuses on cooling high-density AI workloads using liquid cooling, immersion systems, and chip-integrated heat dissipation technologies. This blog explores energy efficiency, AI-driven thermal optimization, and advanced cooling architectures that improve perfor...

31/07/2026

⚙️🤖 Unplanned downtime is expensive. Reliable RUL prediction is essential.

New framework integrates engineering knowledge, sensor fusion, and explainable AI for rotating machinery.

🔗 https://ijoer.com/article-details/a-trustworthy-framework-for-condition-monitoring-and-remaining-useful-life-prediction-of-rotating-machinery

31/07/2026

🧠🤖 The science isn't there yet for a 'psychopath detector' — but here's a roadmap.

This paper outlines a 4-layer framework for ethically defensible, explainable AI research on neurocognitive correlates of psychopathic traits.

🔗 https://ijoer.com/article-details/aibased-analysis-of-eeg-and-neuroimaging-correlates-of-pclr-dimensions-opportunities-constraints-and-a-research-agenda

31/07/2026

⚙️ How Is Sustainable Engineering Driving a Net-Zero Future?

From decarbonization technologies and green hydrogen to advanced turbomachinery and next-generation wind turbine blades, sustainable engineering is transforming the way we produce clean energy and reduce carbon emissions. Recent innovations also focus on recyclable wind turbine blades to support a circular energy economy.

📖 Read more:
https://ijoer.com/blog/sustainable-engineering-2026-decarbonization-hydrogen-turbomachinery-wind-blades

Sustainable engineering in 2026 focuses on decarbonization, hydrogen turbomachinery, and wind blade structural mechanics. This blog explains how industries reduce carbon emissions through electrification, carbon capture, hydrogen turbines, and advanced wind energy systems, highlighting innovations i...

28/07/2026

⚡ Green Hydrogen: Solar or Electrolysis—Which Is More Efficient?

Explore how solar-driven hydrogen production and electrolysis compare in terms of efficiency, production costs, and real-world applications—and discover which technology is shaping the future of clean energy. Recent research shows that while some solar-assisted systems improve hydrogen yield, conventional PV-powered electrolysis often remains more cost-effective today.

📖 Read more:
https://ijoer.com/blog/green-hydrogen-2026-solar-vs-electrolysis-efficiency-cost-comparison

Green hydrogen production in 2026 focuses on solar-based systems and electrolysis technologies. This blog compares their efficiency, yield, and cost structures while exploring scalability, environmental impact, and industrial applications. It highlights how electrolysis dominates commercial producti...

24/07/2026

🤖 How Do Robots Navigate Unknown Environments Autonomously?

Discover how frontier detection, social force modeling, and intelligent navigation systems enable robots to explore, avoid obstacles, and safely interact in dynamic environments.

📖 Read more:
https://ijoer.com/blog/autonomous-navigation-systems-2026-frontier-detection-social-force-modeling

Autonomous navigation systems in 2026 use frontier-based detection for environment exploration and social force modeling for human-aware movement. This blog explains how robots map unknown spaces, avoid obstacles, and interact safely with people using AI, sensor fusion, and real-time decision-making...

21/07/2026

🤖 Robotics is transforming industries—from smart factories to precision surgery.

Explore the latest robotics research trends in 2026 and discover how AI is shaping the future of automation.

📖 Read more:
https://ijoer.com/blog/robotics-research-trends-2026-from-factory-automation-to-surgical-assistance

Robotics research in 2026 spans factory automation, logistics, healthcare, agriculture, and surgical assistance. This blog explores key innovations such as AI-driven robotics, computer vision, soft robotics, edge computing, and human-robot collaboration, highlighting how modern robots are becoming a...