Material Technologies Driving Future of Automotive (TechVision)

Material Technologies Driving Future of Automotive (TechVision)

Materials changes will enable reductions in emissions and fuel burn

RELEASE DATE
23-Dec-2015
REGION
Global
Research Code: D696-01-00-00-00
SKU: CM01049-GL-TR_17133
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CM01049-GL-TR_17133
$4,950.00
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Description

The automotive industry in recent years has shown increasing interest in the development of lighter body/chassis materials, to reduce both fuel consumption and carbon dioxide emissions. At the same time, such lighter materials must meet the high expectations of car builders, regulators and vehicle customers/drivers, to be fully successful on a commercial scale. The prime regulatory issues are safety (such as crashworthiness to avoid loss of life) and environmental factors.
Each vehicle OEM approaches this challenge with a different materials mix, in developing cars with better fuel efficiency and lower weight. There are ongoing R&D developments in industry, among contract researchers, and in academia to promote improved body/chassis materials, as well as all automotive materials.
This research service, “Materials Technologies Driving the Future of Automotive”, sheds light on key trends in the automotive industry, and the role of materials in satisfying the demands of the industry. The research service also comments on the current and likely future materials approaches out to 2020, as well as the role of various stakeholders in the value chain. The focus is on body/chassis materials, which account for a large segment of vehicle mass, and that domain is seeing lots of innovation with weight reduction. The focus is on higher-volume passenger car uses in three countries: Germany, USA, and Japan.

Table of Contents

Research Scope

Research Process and Methodology

Key Findings

Key Findings

Key Findings

Key Requirements of the Industry

Key Requirements of the Industry

General Requirements for All Body/Chassis Materials

General Requirements for All Body/Chassis Materials

Current Automotive Materials Strategies—Germany

Current Automotive Materials Strategies—USA

Current Automotive Materials Strategies—Japan

Gap Analysis: Needs versus What is Available

Comparative Analysis of Key Body/Chassis Materials

Materials Likely to Achieve Industry Requirements

Materials Likely to Achieve Industry Requirements

Materials Likely to Achieve Industry Requirements

Materials Scenario 2020

Materials Scenario 2020

Materials Scenario 2020

Materials Scenario 2020

Materials Scenario 2020

Strategic Insights across the Value Chain

Key Patents

Key Patents

Key Patents

Key Contacts

Legal Disclaimer

The Frost & Sullivan Story

Value Proposition: Future of Your Company & Career

Global Perspective

Industry Convergence

360º Research Perspective

Implementation Excellence

Our Blue Ocean Strategy

The automotive industry in recent years has shown increasing interest in the development of lighter body/chassis materials, to reduce both fuel consumption and carbon dioxide emissions. At the same time, such lighter materials must meet the high expectations of car builders, regulators and vehicle customers/drivers, to be fully successful on a commercial scale. The prime regulatory issues are safety (such as crashworthiness to avoid loss of life) and environmental factors. Each vehicle OEM approaches this challenge with a different materials mix, in developing cars with better fuel efficiency and lower weight. There are ongoing R&D developments in industry, among contract researchers, and in academia to promote improved body/chassis materials, as well as all automotive materials. This research service, “Materials Technologies Driving the Future of Automotive”, sheds light on key trends in the automotive industry, and the role of materials in satisfying the demands of the industry. The research service also comments on the current and likely future materials approaches out to 2020, as well as the role of various stakeholders in the value chain. The focus is on body/chassis materials, which account for a large segment of vehicle mass, and that domain is seeing lots of innovation with weight reduction. The focus is on higher-volume passenger car uses in three countries: Germany, USA, and Japan.
More Information
No Index No
Podcast No
Author Larry Rinek
Industries Chemicals and Materials
WIP Number D696-01-00-00-00
Keyword 1 Automotive Materials
Keyword 2 Passenger Cars Trends
Keyword 3 Composite Materials for Automotive
Is Prebook No