Automotive Engineering - October 2015

Overview

The October 2015 issue of Automotive Engineering presents a comprehensive overview of the latest advancements and trends in the automotive industry, focusing on vehicle technology, materials, and engineering innovations. This issue highlights several key features, regular sections, and upcoming publications that reflect the dynamic nature of automotive engineering.

Key Features:

1. New Vehicle Technology Highlights:

   • The issue opens with a spotlight on the 2016 Chevrolet Malibu, which has undergone significant weight reduction (sheds 300 lbs) and introduces a new hybrid system aimed at enhancing fuel economy and comfort. This model is positioned to revitalize GM's presence in the midsize sedan market.
   • The 2016 Honda Pilot is also featured, showcasing a sleek redesign and advanced technology that improves performance and safety. The third-generation SUV emphasizes efficiency and modern aesthetics.
   • The 2016 Mazda MX-5 Miata is celebrated for maintaining its core identity while innovating in design and performance, serving as a benchmark for affordable small sports cars.
   • The Land Rover Discovery Sport is highlighted for its space-efficient design and the integration of JLR’s new Ingenium modular engines, which aim to enhance efficiency across the lineup.
   • Audi's new A4 is discussed in terms of its cautious design evolution, focusing on lightweight construction and technological advancements that improve efficiency and driver support.

2. Powertrain Innovations:

   • The issue features an article on V-Charging, a technology designed to enhance the performance of downsized engines, indicating a trend towards more efficient powertrains in the automotive sector.
   • A report on high-strength aluminum powder developed for additive manufacturing showcases the industry's shift towards advanced materials that support lightweighting and manufacturing efficiency.
3. Materials and Manufacturing:

   • The magazine discusses high-integrity, low-cost aluminum components produced through semi-solid casting, which represents a significant advancement in manufacturing techniques that can reduce costs while maintaining quality.
   • The importance of materials in automotive design is underscored, with a focus on lightweighting strategies that are becoming increasingly critical for improving fuel efficiency and meeting regulatory standards.

4. Cybersecurity and Vehicle-to-Vehicle Communication:

   • An article addresses the challenges of cybersecurity in vehicle-to-vehicle (V2V) communication systems. It highlights the benefits of telematics links while emphasizing the need for secure communications to ensure the successful rollout of V2V technologies.

5. Thermal Comfort Innovations:

   • The issue also explores advancements in optimizing thermal seat comfort, which requires complex seat designs and detailed thermal simulation methods. This reflects a growing focus on enhancing passenger comfort through innovative engineering solutions.

Regular Sections: The magazine includes regular sections such as "What’s Online," "Technology Report," and "Big Picture," which provide readers with updates on industry trends, technological advancements, and insights into the automotive landscape. The "Q&A" section features an interview with Mike Sweers, Chief Engineer of Toyota Tacoma and Tundra pickup trucks, offering expert perspectives on current challenges and innovations in the industry.

Upcoming Publications: The issue outlines a schedule of upcoming publications and technology newsletters, including editions focused on off-highway engineering, aerospace engineering, and mobility engineering. This highlights the magazine's commitment to keeping readers informed about the latest developments across various sectors of engineering.

Conclusion: Overall, the October 2015 issue of Automotive Engineering serves as a vital resource for professionals in the automotive industry, providing insights into new technologies, materials, and engineering practices that are shaping the future of vehicle design and manufacturing. The emphasis on lightweight materials, advanced powertrains, and the integration of technology into vehicle systems reflects the industry's ongoing evolution towards greater efficiency, safety, and sustainability. As automotive engineering continues to advance, this issue encapsulates the critical developments that are driving the sector forward.