A study of using lightweight materials in car manufacturing

Automotive lightweight trends

In releasing these statistics, researchers are suggesting savings of 2. De Moor, J. Braking distance is also a safety issue. The momentum created by heavier cars is thus a liability during hazardous driving. Thin-Walled Structures, , 25— Although cost remains a key parameter for buying behavior, emergence of a sizeable carbon-conscious demographic in the region has led to the introduction of lightweight materials. Crash-worthiness assessment of thin-walled structures with the high-strength steel sheet [J]. Alternatively, please contact us at for more information on our Eccomelt Computational materials science should bring advanced materials like magnesium into the market much faster than materials in the past. We believe transformative intelligence can educate and inspire businesses to make smarter decisions. Enhanced Performance Not only are lightweight vehicles energy efficient, but they also enhance performance. Research Tools Further developing advanced materials requires increasing our understanding of their composition and morphology. Crashworthi-ness design of vehicle side door beams under low-speed pole side impacts [J].

Lightweighting is becoming a whole-vehicle concept, improving not only fuel economy and emissions but also vehicle performance and safety. Steel Remains the Most Lucrative Automotive Lightweight Material According to the study, steel remains the most lucrative automotive lightweight material, with sales of over 35 kilotons in April 09, ET Source: Fact.

lightweight materials for automotive applications

The momentum created by heavier cars is thus a liability during hazardous driving. The Ford Motor Co. The current usage metrics is available hours after online publication and is updated daily on week days.

MR Inworldwide volume sales of automotive lightweight materials reached approximately 74 kilotons, and is pegged to record a Y-o-Y growth of 3. If a vehicle is missing the zone, no matter what the weight of the metal used, the impact from the crash is transferred into the cabin.

A study of using lightweight materials in car manufacturing

Energy Efficiency Lightweight materials are essential for boosting the fuel economy of modern cars while maintaining their safety and performance. Comparison of the optimum designs of center pillar assembly of an auto-body between conventional steel and AHSS with a simplified side impact analysis [J]. Governments worldwide have set numerous targets to bring the consumption and emissions down, and the concept of reducing the weight of transport vehicles has gained a lot of traction. Unsurprisingly, lighter cars perform better in poor road conditions because their weight does not force the vehicles down, impeding necessary changes of direction. Researchers are working to lower their cost and improve the processes for joining, modeling, and recycling these materials. De Moor, J. Structural and Multidisciplinary Optimization, , 23 4 : — At Eccomelt, we are committed to working with automakers in order to make vehicles more affordable and environmentally friendly by helping them source quality and affordable materials. Lightweight vehicles, on the other hand, are usually more maneuverable and easier to park in tight spaces. Optimization and robustness for crashworthiness of side impact [J]. Shape and sizing optimisation of automotive structures with deterministic and probabilistic design constraints [J]. Work supported by VTO has developed computational tools that enabled improvements in joining methods, corrosion prevention, and predictive models. Learn more about the research VTO supports in long-term applied research in magnesium and carbon fiber. It is about using the right material for the right part.

Investigation on adult occupant protection in car pole side impact using various material and thickness of side doors and B pillar [J].

Advanced Science Letters,5 2 : — Alternatively, the use of lightweight materials could result in needing a smaller and lower cost battery while keeping the all-electric range of plug-in vehicles constant.

lightweight materials for automotive applications ppt

Multi-objective optimization of vehicle crashworthiness using a new particle swarm based approach [J]. Advanced Materials Research,— Dewulf Abstract The automotive is a sector where energy consumption during the use phase prevails over the production and the end-of-life phase.

At Eccomelt, we are committed to working with automakers in order to make vehicles more affordable and environmentally friendly by helping them source quality and affordable materials.

Lightweight materials list

If a vehicle is missing the zone, no matter what the weight of the metal used, the impact from the crash is transferred into the cabin. The Ford Motor Co. The automotive lightweight material market is significantly influenced by broader trends in the automobile industry, especially evolving regulations on fuel efficiency. International Journal of Crashworthiness, , 15 6 : — Environmental testing has also proven the process eliminates all coatings. Its shredded form has achieved higher melting rates than Ingot, Sow or T-Bar. Vehicle light-weighting, in other words, the reduction of the weight of transport vehicles, has become one of the most discussed methods of reducing the energy consumption and resulting CO2 emissions caused by transport vehicles and associated upstream processes.
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Lightweight Materials for Cars and Trucks