Automotive Engineering - September 2019
Inside this issue
Overview
The September 2019 issue of Automotive Engineering presents a comprehensive overview of the latest trends, innovations, and discussions in the automotive industry, particularly focusing on electrification, materials, and the future of internal combustion engines (ICE).
Editorial Insights: The editorial emphasizes the critical importance of "Automotive Grade" components, highlighting the need for reliability and safety in vehicles. It sets the tone for the issue by underscoring the stakes involved in automotive engineering, where lives depend on the performance of vehicles under various conditions.
Key Features:
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Cover Story - Engineering the 2020 Chevrolet Corvette: The issue features an in-depth look at the eighth-generation Chevrolet Corvette, showcasing its innovative mid-engine platform, the LT2 V8 engine, and a dual-clutch transmission. The article discusses how the Corvette blends traditional and novel engineering solutions, all while being offered at a competitive base price. This reflects a significant shift in design philosophy aimed at enhancing performance and driving experience.
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Mass-Reducing Innovations: A technology report highlights the latest advancements in materials aimed at reducing vehicle weight. Innovations recognized by Altair focus on structural adhesives, which are becoming increasingly vital as the automotive industry seeks lighter materials to improve fuel efficiency and performance. The report discusses how these materials contribute to enhanced body performance and overall vehicle dynamics.
Electrification Trends: The issue covers significant developments in electrification, including General Motors' plans to build a U.S. electric vehicle charging infrastructure. This initiative is crucial for supporting the growing adoption of electric vehicles (EVs) and reflects the industry's shift towards sustainable transportation solutions.
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Internal Combustion Engine (ICE) Future: A series of reader feedback pieces discuss the ongoing relevance of ICEs in the automotive landscape. Contributors from various companies express skepticism about the rapid transition to electric vehicles, citing the current limitations of battery technology and the existing infrastructure. They argue that ICEs will continue to play a vital role in bridging the gap to a fully electrified future, emphasizing the potential for improved thermodynamic efficiency in gasoline engines.
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Material Innovations in ADAS: The issue also explores advancements in materials for Advanced Driver Assistance Systems (ADAS). New specialized thermoplastics are highlighted for their ability to enhance sensor performance and packaging while reducing costs. This innovation is crucial as the automotive industry increasingly integrates sophisticated technologies into vehicles.
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Research and Development: An article on Volkswagen's expanding Silicon Valley lab discusses the company's commitment to innovation and research in automotive technology. This facility aims to foster new ideas and solutions that can drive the future of mobility, particularly in the realm of electric and autonomous vehicles.
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Product Briefs and Industry News: The magazine includes a section on product briefs, showcasing various new technologies and tools that are shaping the automotive engineering landscape. This includes updates on suppliers and industry standards, providing readers with a snapshot of the current market dynamics.
Conclusion: The September 2019 issue of Automotive Engineering encapsulates the ongoing evolution of the automotive industry, highlighting the balance between traditional engineering practices and the push towards electrification and sustainability. It reflects a critical moment in automotive history, where the future of mobility is being shaped by innovative materials, advanced technologies, and a reevaluation of the role of internal combustion engines. The insights provided in this issue serve as a valuable resource for industry professionals, engineers, and enthusiasts alike, offering a glimpse into the challenges and opportunities that lie ahead in the automotive sector.
Features
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Articles
Engineering the 2020 Chevrolet Corvette
‘They’ Said It Couldn’t Happen: A Possible Retrofit for Automotive R-134a Refrigerant
Regulars
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What We're Driving
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Technology Reports
ZF Shifts EV Transmission Efficiency up a Gear
GM Underway with Plan to Build U.S. Electric-Vehicle Charging Infrastructure
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Road Ready
2020 Hyundai Palisade: New Chassis, Atkinson V6
Ford Revisits OHV Layout, Big Displacement for New Commercial-Truck V8
Stories
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News
Mercedes-Benz Is an Early Adopter of What3words Navigation
Shanghai’s Human Horizons Unveils a 5G-V2X-Enabled Electric, Luxury SUV
Nissan and EVgo Partner to Build 200 New EV Fast Chargers in the U.S.
NVIDIA's Next-Generation Autonomous Driving Platforms Use Macronix Secure Flash Memory
Dolphin Technologies Introduces Cryptocurrency Aimed at Reducing Mobile Phone-Related Accidents
Elektrobit Lends Software to Baidu’s Apollo Autonomous Driving Project
Uber ATG Joins SAE ITC’s Automated Vehicle Safety Consortium
Subaru Uses ANSYS Tools to Accelerate Hybrid Vehicle Design
Parsons New Smart City Challenge Aims to Reduce Intersection Congestion
Pratt & Miller Engineering Joins Raytheon, Rheinmetall Team for U.S. Army Combat Vehicle Competition
United Kingdom Develops a Pop-Up Electric Vehicle Charging Station for City Streets
Siemens Digital Industries Software Debuts, Focuses on Delivering Digital Future of Industry Today
Volkswagen to Launch 2nd-Gen Car-Net Connected-Car Services for MY2020
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Features
Harman Using Empathy to Help Elevate the User Experience
Getting Driverless Trucks onto Roadways
BlackBerry Tech Duo Sees Emergence of Vehicle-Based Platforms
New SMARTCenter Opens as North America’s Largest AV Test Facility
ZF’s Autonomous Systems Head Takes a Pragmatic View of the ‘Levels’ Playing Field
Israel’s Thriving Mobility-Tech Sector Has Created an Innovation Nation
A Legal Profile of Facial Recognition
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Webcasts
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