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市场调查报告书
商品编码
1303465
汽车产品开发创新的战略洞察Strategic Insights into Innovation in Automotive Product Development |
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数字孪生、生成设计、虚拟原型和混合实境等颠覆性技术正在改变产品开发流程并加快上市时间。
技术发展的迅猛发展正在推动汽车行业的变革。本增长机会分析探讨了正在彻底改变行业的尖端技术。人工智能生成设计、量子模拟、混合实境、数字孪生、虚拟原型、智能工厂、虚拟工作空间和机器视觉系统等数字驱动因素加速了汽车产品开发，减少时间和成本，并提高可持续性。
本报告探讨了人工智能生成设计如何帮助设计师和工程师生产优化的汽车零部件，同时减少多次设计迭代。分析量子模拟的影响，展示模拟和优化化学反应、材料特性和空气动力学等关键方面的能力，最终导致更高效的发动机、电池和轻质材料的开发。它还展示了增强现实（AR）和虚拟现实（VR）如何实现快速设计迭代和全球协作，更深入地研究智能工厂和虚拟工作空间对汽车生产的影响，并强调这些发展如何提高效率、生产力和协作。
这份全面的分析涵盖了在汽车产品开发中引入数字驱动因素所带来的影响、时间表和关键成果。总之，您将深入了解汽车行业正在发生的变革性创新。通过利用数字驱动器的力量，汽车原始设备製造商已经能够彻底改变其产品开发流程。
目录
战略问题
- 为什么成长如此困难？
- The Strategic Imperative 8（TM）
- 对汽车产品开发创新的战略影响：三大问题的影响
- 支撑增长管道引擎 (TM) 的增长机会
增长机会分析
- 分析范围
- 增长促进因素
- 生长抑製剂
成长环境
- 主要整车厂产品研发创新活动
- 技术应用时间表
- 可持续产品开发领域
- 汽车产品发展阶段技术状况分析
- 生成设计的例子
- 汽车製造商探索量子模拟
- 混合实境工具和汽车中的应用
- 虚拟样机软件提供商的能力
- 机器视觉系统：OEM 计划
汽车产品开发概述
- 汽车产品开发创新：概述
- 产品开发领域及主要数字技术
- 产品开发转型：从现在到未来
- 汽车产品开发现有的挑战
- 应对产品开发中的挑战
- 汽车製造商的产品开发和创新活动
汽车设计阶段的创新
- 汽车设计创新
- 使用人工智能进行生成设计
- 汽车行业的人工智能生成设计：10个应用领域
- 生成设计示例
- 人工智能生成设计：领先的软件提供商
- 通用汽车与 Autodesk 合作开发人工智能生成设计
- 量子模拟
- 汽车原始设备製造商探索量子模拟
- ModeFRONTIER：ESTECO 的工程
- 如何将客户的意见纳入汽车设计
- 基于仿生学的汽车设计
- 用于虚拟产品设计的混合实境
- 汽车中的混合实境工具及其应用
- 产品设计中的混合实境：宝马案例研究
- 现代汽车在虚拟宇宙中的应用
- 产品开发中的数字孪生 (DT)
- 产品开发中的数字孪生合作伙伴关係
- 产品设计创新：要点
汽车原型阶段的创新
- 原型设计的创新
- 汽车设计中的虚拟样机
- 汽车设计中虚拟样机的趋势
- 虚拟样机软件提供商的能力
- 汽车原型 3D 打印
- 主要 OEM 利用 3D 打印进行原型开发
- 原型创新的关键要点
製造创新
- 製造创新
- 机器视觉系统
- 机器视觉系统OEM的努力
- 虚拟工作空间
- 虚拟工作空间OEM的努力
- 虚拟工作空间案例研究：福特
- 智能工厂的发展
- 熄灯製造（全自动化製造）
- 製造创新关键
产品开发创新分析
- 汽车产品开发分类
- 技术应用时间表
- 可持续产品开发领域
- 汽车产品发展阶段技术状况分析
- 创新对汽车价值链的影响：未来情景分析
充满增长机会的宇宙
- 增长机会1：增强客户参与
- 增长机会2：加速新产品开发
- 增长机会2：加速新产品开发
- 增长机会 3：用于原型开发的虚拟工具
- 增长机会 3：用于原型开发的虚拟工具
- 附件清单
- 免责声明
Disruptive Technologies, such as Digital Twins, Generative Design, Virtual Prototyping and Mixed Reality, to Transform Product Development Processes and Ensure Quicker Time to Market
A surge in technical developments is fueling change in the automotive sector. This growth opportunity analytics investigates cutting-edge technologies revolutionizing the industry. Digital drivers, such as AI-generative design, quantum simulation, mixed reality, digital twins, virtual prototyping, smart factories, virtual workspaces, and machine vision systems are speeding up automotive product development, reducing time and costs, and promoting sustainability.
This analysis investigates how AI-generative design enables designers and engineers to produce optimized automobile components while reducing multiple design iterations. The impact of quantum simulation is analyzed, showcasing its ability to simulate and optimize critical aspects, such as chemical reactions, material properties, and aerodynamics, ultimately leading to the development of more efficient engines, batteries, and lightweight materials. It explores mixed reality's disruptive potential, demonstrating how augmented reality (AR) and virtual reality (VR) enable quick design iteration and worldwide collaboration, and deep dives into the influence of smart factories and virtual workspaces on automotive production, highlighting how these developments improve efficiency, productivity, and collaboration.
This comprehensive analysis covers the impact, timeline, and major outcomes achieved through the implementation of digital drivers in automotive product development. In conclusion, it offers a profound understanding of the transformative innovations taking place in the automotive industry. By harnessing the power of digital drivers, automotive OEMs have been able to revolutionize their product development processes.
Table of Contents
Strategic Imperatives
- Why Is It Increasingly Difficult to Grow?
- The Strategic Imperative 8™
- The Impact of the Top 3 Strategic Imperatives on Innovation in Automotive Product Development
- Growth Opportunities Fuel the Growth Pipeline Engine™
Growth Opportunity Analysis
- Scope of Analysis
- Growth Drivers
- Growth Restraints
Growth Environment
- Select OEM's Product Development Innovation Activities
- Technology Application Timeline
- Sustainable Product Development Areas
- Technology Landscape Analysis Across Automotive Product Development Phases
- Select Examples of Generative Design
- Automotive OEMs Exploring Quantum Simulation
- Mixed Reality Tools and their Application Areas in Automotive
- Virtual Prototyping Software Provider Capabilities
- Machine Vision Systems: OEM Initiatives
Automotive Product Development Overview
- Innovation in Automotive Product Development: An Overview
- Product Development Areas and Key Digital Technologies
- Transformation in Product Development: Present to Future
- Existing Challenges in Automotive Product Development
- Addressing Challenges in Product Development
- Product Development Innovation Activities of Select OEMs
Innovation in the Automotive Design Phase
- Innovation In Automotive Design
- AI-enabled Generative Design
- Ten Application Areas of AI-generative Design in Automotive Industry
- Examples of Generative Design
- AI-generative Design: Select Software Providers
- General Motors & Autodesk AI-generative Design Partnership
- Quantum Simulation
- Automotive OEMs Exploring Quantum Simulation
- ModeFRONTIER: ESTECO Engineering
- Methods to Receive Customer Input for Vehicle Design
- Biomimicry-based Automotive Design
- Mixed Reality for Virtual Product Design
- Mixed Reality Tools and their Application Areas in Automotive
- BMW Case Study of Mixed Reality for Product Design
- Hyundai in Metaverse Applications
- Digital Twins (DT) in Product Development
- Select Partnerships in Digital Twins Related to Product Development
- Innovation in Product Design: Key Takeaways
Innovation in Automotive Prototyping Phase
- Innovation in Prototyping
- Virtual Prototyping in Automotive Design
- Trends in Virtual Prototyping in Automotive Design
- Virtual Prototyping Software Provider Capabilities
- 3D Printing for Vehicle Prototype
- Select OEMs Leveraging 3D Printing for Prototype Development
- Innovation in Prototyping: Key Takeaways
Innovation in Manufacturing Phase
- Innovation in Manufacturing Segmentation
- Machine Vision Systems
- Machine Vision Systems: OEM Initiatives
- Virtual Workspaces
- Virtual Workspaces: OEM Initiatives
- Virtual Workspaces Case Study: Ford
- Growth of Smart Factories
- Lights-out Manufacturing
- Innovation In Manufacturing: Key Takeaways
Analysis of Product Development Innovation
- Automotive Product Development Categorization
- Technology Application Timeline
- Sustainable Product Development Areas
- Technology Landscape Analysis Across Automotive Product Development Phases
- Future Scenario Analysis of the Effect of Innovation on the Automotive Value Chain
Growth Opportunity Universe
- Growth Opportunity 1: Higher Customer Participation
- Growth Opportunity 2: Accelerated New Product Development
- Growth Opportunity 2: Accelerated New Product Development
- Growth Opportunity 3: Virtual Tools for Prototype Development
- Growth Opportunity 3: Virtual Tools for Prototype Development
- List of Exhibits
- Legal Disclaimer
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