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ADVANCED TIRE TECHNOLOGY
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ME03088011
Code: ME03088011
Credits: 3
Semester 3
RE
Advanced Tire Technology for EVs and Innovative Tire Solutions
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Follow on Instagram for UpdatesAdvanced Tire Technology for EVs and Innovative Tire Solutions Syllabus — Unit-wise Content
The official GTU curriculum for Advanced Tire Technology for EVs and Innovative Tire Solutions (subject code ME03088011) as prescribed for RE · Semester 3 divides the course into 7 units, covering 64 listed topics. The unit-wise breakdown below is read from the GTU syllabus document for this subject code, so you can check what the course actually covers before deciding which papers to attempt.
Download the official syllabus PDF (ME03088011)Unit 1 Introduction to Advanced Tire Technologies
- Overview of Tire Types: Conventional vs
- Advanced Tires
- Tire Structure and Materials: Basic Components
- Advances in Reinforcements
- Tire Performance Characteristics: Traction
- Rolling Resistance, and Noise
- Fundamentals of Tire Mechanics and Dynamics
Unit 2 Smart Tires and IoT Integration
- Concept of Smart Tires: Definition
- Functions, and Benefits
- IoT and Sensor Integration in Tires: Embedded Sensors for Monitoring
- Data Acquisition and Analysis: Temperature
- Pressure, and Wear Monitoring
- Wireless Communication in Smart Tires: Real-time Data Transmission
- Applications of Smart Tires in Autonomous Vehicles and Fleet Management
Unit 3 Self-Sealing Tires
- Mechanism of Self-Sealing Technology
- Types of Sealant Materials and How They Work
- Advantages and Challenges of Self-Sealing Tires
- Performance Evaluation: Durability
- Safety, and Repairability
- Use Cases: EVs, Commercial Vehicles, and Motorcycles
Unit 4 Run-Flat Tires (RFT)
- Principles of Run-Flat Tire Technology
- Different Types of RFT: Self- supporting vs
- Support Ring Designs
- RFT Benefits and Limitations: Safety
- Convenience, and Performance
- Testing and Durability of Run-Flat Tires
- Future Trends: Integration with TPMS and RFT for EVs
Unit 5 Airless Tires (Non-Pneumatic Tires - NPT)
- Concept of Airless Tires: Overview and Benefits
- Material and Structural Design of NPTs
- Comparison with Pneumatic Tires: Performance
- Safety, and Durability
- Manufacturing Challenges and Innovations in Airless Tire Technology
- Applications in EVs, Commercial Vehicles, and Special Purpose Vehicles
- Program Name: Master of Engineering Level: PG Subject Code: ME03088011 Subject Name: Advanced Tire Technology for EVs and Innovative Tire Solutions
Unit 6 Low Rolling Resistance & Fuel-Efficient Tires
- Understanding Rolling Resistance: Definition and Measurement Techniques
- Low Rolling Resistance Tires: Design Strategies for EVs and Conventional Vehicles
- Tire Materials and Tread Patterns for Fuel Efficiency
- Impact of Low Rolling Resistance Tires on EV Range and Energy Consumption
- Evaluation and Standards for Fuel-Efficient Tires
Unit 7 Sustainable and Eco-friendly Tire Technologies
- Environmental Impact of Tire Production and Use, Sustainable Materials for Tire Manufacturing: Bio-based Elastomers and Recycled Materials
- Life Cycle Assessment (LCA) of Tires: Carbon Footprint and Eco- Labeling
- Tire Recycling Technologies: Devulcanization and Reuse of Materials
- Future of Sustainable Tires: Circular Economy and Green Innovations. 5 10 8. 3D-Printed Tires and Custom Tire Manufacturing: Principles of 3D Printing and Additive Manufacturing for Tires
- Material Selection and Design Flexibility with 3D-Printed Tires
- Benefits: Lightweight
- Customization, and Performance Optimization
- Challenges: Durability
- Standardization, and Large-Scale Production
- Case Studies and Potential Applications in EVs and Specialized Vehicles. 5 10 9
- Performance Testing and Quality Assurance: Tire Testing Methods: Mechanical Testing (Tensile
- Durability, and Impact Tests
- Real-World Performance Testing: Load Tests
- Temperature and Pressure Cycles
- Advanced Simulation Techniques for Tire Design and Optimization
- Tire Certification and Standards: SAE, ISO, DOT, ECE, In-Field Monitoring and Quality Control of Advanced Tire Technologies. 5 10 10
- Future Trends in Tire Technology: Integration of Smart Technologies: Autonomous Vehicles
- Real-Time Analytics, and Maintenance
- Development of Multifunctional Tires: Tires with Multiple Capabilities (e.g.
- Low Rolling Resistance
- Smart Sensors)
- Autonomous Tire Design: Use of AI and Machine Learning for Tire Optimization
- Airless Tires for Mass Adoption: Innovations in Materials and Design
- Collaborative Projects Between Automakers
- Tire Manufacturers, and Tech Companies
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