Automotive Experiences

Aims & Scope

Automotive experiences invite researchers to contribute ideas on the main scope of Emerging automotive technology and environmental issues; Efficiency (fuel, thermal and mechanical); Vehicle safety and driving comfort; Automotive industry and supporting materials; Vehicle maintenance and technical skills; and Transportation policies, systems, and road users behavior. Emerging automotive technology and environmental issues Scopes related to this topic include: Fuel and Energy: Alternative fuel (LPG, Natural gas, Bio-diesel, Ethanol, Methanol, DME, Hydrogen, and the combination, both of which function as fully dedicated, bi-fuel, or dual fuel). This also includes coverage on the wind, solar, hydro, geothermal, and other renewable energy for automotive applications through Vehicle-to-Grid (V2G) Technology. Recycled fuels from the pyrolysis process of biomass, plastics, and rubber are also included in this scope. Material: Semiconductor; Environmentally friendly material for moving parts (tires, brake shoes, refrigerant, engine oil, coolants, rubber, glass, electrical parts, and other moving parts); Sustainable materials for advance vehicle technology ( sensor, fuel cells, batteries, and other energy storage equipment). Technology: Emission control strategy; Electric-based vehicle; Fuel cell vehicle; Hypercar; Hybrid technology; and After combustion technology (catalytic converter, diesel particulate filter, EGR). Efficiency (fuel, thermal, and mechanical) Scopes related to this topic include: Thermal management: Supercharging; Turbocharging; Combustion engineering; Fuel spray technology; Modern engine supporting system (cooling, lubricating, charging, and HVAC); Energy harvesting; and Regenerative braking . Material: Lightweight materials, Low-friction material, Nanofluids for cooling and lubricating, High-temperature resistant material, and High-pressure resistant material. Design: Aerodynamics body; Traction control, and Tire rolling optimization. Technology: On-board engine and emission monitoring technology; HCCI; Engine Management System (sensor, actuator, module); Common rail technology; Low/zero friction engine technology; Continuously Variable Transmission; and Modern drive train technology. Vehicle safety and driving comfort Scopes related to this topic include: Safety system and technology: Low noise and vibration technology; Preventive technologies for driver drowsiness; Electronic stability control (ESC); Automatic and emergency braking; Blind-spot monitoring; Lane departure warnings; Speed monitoring and warning systems; Integrated vehicle technology; Vehicle-to-vehicle communication; Vehicle cybersecurity; and IoT support for safe driving and mobility. Comfort system and technology: Hill Start Assist; Parking aid; Electronic gas pedal; On-board monitoring technology; Smart Air Conditioning system; Health monitoring; Modern Audio Visual; Mini cooler; and Electronic device supporting. Automotive industry and supporting materials Scopes related to this topic include: Automobile production: Lean automobile production technology; Product design based on market signals; and Product quality control. Material and Process: Alloy, Composite and bio-composite, Biodegradable plastics, Lightweight metal; Welding technology; Sustainable interior materials; Paint technology; Anti-corrosion technology; Forming and finishing technology; and Material treatment technology. Vehicle maintenance and technical skills Scopes related to this topic include: Vehicle maintenance: Environmental-oriented workshop management; Service scheduling; Working time efficiency; Reuse and recycle material; and ECM/ECU Remapping. Technical skill: New diagnosis and screening methods; New repair method; Development of equipment and special service tools; Technician skills development; and Occupational health and safety in the workshop. Transportation policy, systems, and road users behavior Scopes related to this topic include: Regulation, policy, and practice: Reports on the regulation and policy associate the land transportation system that impacts on Economics, Engineering, Psychology, Sociology, Urbanism, and Driving behavior. Management: Traffic management; Telemetric congestion monitoring; Eco-routing system; Smart transportation; and Feasibility studies on new transportation equipment and systems.

Based on the Think.Check.Submit framework by DOAJ, COPE & OASPA. All data from verified open sources.

Source: OpenAlex · Note: citations accumulate over time so older years appear higher

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