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Innovate with Virtual Prototyping
Innovate with Virtual Prototyping
Published: 2014/06/16
Channel: ESI Group
Ford demonstrates virtual prototyping in Immersive Vehicle Environment
Ford demonstrates virtual prototyping in Immersive Vehicle Environment
Published: 2014/09/24
Channel: gizmag
Tech Talk: Virtual Prototyping
Tech Talk: Virtual Prototyping
Published: 2015/04/22
Channel: SperlingMediaGroup
Virtual prototyping from a designer’s perspective
Virtual prototyping from a designer’s perspective
Published: 2016/09/20
Channel: Lectra
How Virtual Prototyping in Expedition Enterprise Saves Time & Money
How Virtual Prototyping in Expedition Enterprise Saves Time & Money
Published: 2012/04/30
Channel: Mentor Graphics Xpedition
ESI Group: leading innovator in Virtual Prototyping
ESI Group: leading innovator in Virtual Prototyping
Published: 2016/09/20
Channel: ESI Group
Simulating Complete Virtual Prototypes with ANSYS
Simulating Complete Virtual Prototypes with ANSYS
Published: 2015/06/03
Channel: ansysinc
3D Virtual Prototyping on Athletic Clothing
3D Virtual Prototyping on Athletic Clothing
Published: 2014/05/21
Channel: TUKATECH
Synopsys Virtual Prototyping
Synopsys Virtual Prototyping
Published: 2013/12/25
Channel: Charbax
Easy and Effective Virtual Prototyping of Vehicle Suspensions
Easy and Effective Virtual Prototyping of Vehicle Suspensions
Published: 2009/07/13
Channel: MSC Software
Virtual Prototyping for the Design of Blow Molded Plastic Packages and Containers
Virtual Prototyping for the Design of Blow Molded Plastic Packages and Containers
Published: 2015/04/21
Channel: ANSYS TechTips
Virtual Prototyping of Helicopter Flight Control Systems
Virtual Prototyping of Helicopter Flight Control Systems
Published: 2012/11/26
Channel: MSC Software
Cost Effective Design using Virtual Prototyping
Cost Effective Design using Virtual Prototyping
Published: 2011/06/08
Channel: Dassault Systèmes
06 Virtual Prototyping 1 van 2
06 Virtual Prototyping 1 van 2
Published: 2015/09/11
Channel: EPLAN NL
What is VIRTUAL PROTOTYPING? What does VIRTUAL PROTOTYPING mean? VIRTUAL PROTOTYPING meaning
What is VIRTUAL PROTOTYPING? What does VIRTUAL PROTOTYPING mean? VIRTUAL PROTOTYPING meaning
Published: 2017/05/05
Channel: The Audiopedia
Virtual Prototyping Solutions for the Wind Energy Industry
Virtual Prototyping Solutions for the Wind Energy Industry
Published: 2009/08/10
Channel: MSC Software
Virtual Prototypes Examples
Virtual Prototypes Examples
Published: 2015/08/13
Channel: For Sale By Inventor
3D virtual prototyping for apparel
3D virtual prototyping for apparel
Published: 2016/02/20
Channel: Clothier Design Source
A Playful Approach to Prototyping for Virtual Reality
A Playful Approach to Prototyping for Virtual Reality
Published: 2017/02/13
Channel: GDC
OPTIS the virtual prototyping company
OPTIS the virtual prototyping company
Published: 2015/08/24
Channel: OPTISWORLD
PSpice A/D for Virtual Prototyping
PSpice A/D for Virtual Prototyping
Published: 2016/07/25
Channel: Cadence OrCAD
Meet Lectra
Meet Lectra's virtual prototyping experts - DesignConcept
Published: 2017/06/09
Channel: Lectra
Vincent Chaillou, COO at ESI, about the Industrial Benefits of Virtual Prototyping
Vincent Chaillou, COO at ESI, about the Industrial Benefits of Virtual Prototyping
Published: 2016/09/20
Channel: ESI Group
Webinars: Autodesk
Webinars: Autodesk 'Automotive visualization, new quality standards in Virtual Prototyping'
Published: 2015/01/21
Channel: Car Design News
Témoignages (FR) - Logiciel 3D de réalité virtuelle - Prototypage virtuel
Témoignages (FR) - Logiciel 3D de réalité virtuelle - Prototypage virtuel
Published: 2016/12/02
Channel: TechViz Showroom
Virtual Prototyping Lab Università Modena Reggio CRIT
Virtual Prototyping Lab Università Modena Reggio CRIT
Published: 2016/05/30
Channel: Margherita Peruzzini
SoC ASIC Virtual Prototyping Overview
SoC ASIC Virtual Prototyping Overview
Published: 2014/08/08
Channel: Open-Silicon, Inc.
Virtual Prototyping (Laboratorio di)
Virtual Prototyping (Laboratorio di)
Published: 2009/11/12
Channel: PoliMi
Virtual Prototyping with Oculus Rift – Elomatic
Virtual Prototyping with Oculus Rift – Elomatic
Published: 2015/02/18
Channel: Elomatic Oy
Synopsys Virtual Prototyping - ARM TechCon 2011
Synopsys Virtual Prototyping - ARM TechCon 2011
Published: 2011/10/27
Channel: ARM
MultiCore Arduino: Emulator and Virtual Prototyping
MultiCore Arduino: Emulator and Virtual Prototyping
Published: 2013/03/10
Channel: arduissimo
3D Virtual Prototyping and Sample Making
3D Virtual Prototyping and Sample Making
Published: 2010/08/02
Channel: W4Dvideo
Allegro Sigrity SI Virtual Prototyping
Allegro Sigrity SI Virtual Prototyping
Published: 2013/06/21
Channel: Cadence Allegro
solidworks labview and arduino virtual prototype testing
solidworks labview and arduino virtual prototype testing
Published: 2014/09/29
Channel: STEM Education
Techviz Enables Stereo 3D Visualization for Virtual Design Reviews & Virtual Prototyping
Techviz Enables Stereo 3D Visualization for Virtual Design Reviews & Virtual Prototyping
Published: 2012/08/10
Channel: CADplace Worldwide
Tervakukka virtual prototyping
Tervakukka virtual prototyping
Published: 2016/12/23
Channel: PremodeOy
Methods and Techniques of Virtual Prototyping - Working prototype in Immersive Environment
Methods and Techniques of Virtual Prototyping - Working prototype in Immersive Environment
Published: 2014/09/09
Channel: Sebastiano Morone
Virtual Prototyping within the Consumer Packaged Goods Industry
Virtual Prototyping within the Consumer Packaged Goods Industry
Published: 2009/06/03
Channel: MSC Software
Synopsys VDK (Virtual Development Kit) demo @ Linaro Connect Europe 2013
Synopsys VDK (Virtual Development Kit) demo @ Linaro Connect Europe 2013
Published: 2013/08/01
Channel: LinaroOrg
get it right® with End-to-End Virtual Prototyping
get it right® with End-to-End Virtual Prototyping
Published: 2010/06/10
Channel: ESI Group
Kinetricks: Visualization of Movement - Virtual Prototyping
Kinetricks: Visualization of Movement - Virtual Prototyping
Published: 2014/01/14
Channel: Nisse Suutarinen
Virtual Prototyping of Latch systems
Virtual Prototyping of Latch systems
Published: 2009/10/27
Channel: MSC Software
AR Virtual Prototype - Animated Components.
AR Virtual Prototype - Animated Components.
Published: 2017/05/31
Channel: Add Reality Ltd.
virtual prototyping system
virtual prototyping system
Published: 2010/10/18
Channel: Andrew
Donatas Remeika and Justas Ingelevicius - Virtual prototyping system based on Blender
Donatas Remeika and Justas Ingelevicius - Virtual prototyping system based on Blender
Published: 2013/10/26
Channel: Blender Foundation
Virtual Prototyping at SIGGRAPH 2012 with Hein Beute from Xsens.
Virtual Prototyping at SIGGRAPH 2012 with Hein Beute from Xsens.
Published: 2012/08/09
Channel: Autodesk
DiGiDone 3D - Open source virtual prototyping system based on "Blender"
DiGiDone 3D - Open source virtual prototyping system based on "Blender"
Published: 2013/05/01
Channel: Justas Ingelevičius
Mechatronics Virtual Prototyping with Simulink and SimWise 4D
Mechatronics Virtual Prototyping with Simulink and SimWise 4D
Published: 2014/12/25
Channel: Waleed El-Badry
2007 Alenia Areonautica Alenet Virtual Prototyping
2007 Alenia Areonautica Alenet Virtual Prototyping
Published: 2009/11/09
Channel: Fabrizio Lazzeretti
Virtual Prototyping with LabVIEW NI SoftMotion and DS SolidWorks
Virtual Prototyping with LabVIEW NI SoftMotion and DS SolidWorks
Published: 2009/09/02
Channel: Christian Fritz
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WIKIPEDIA ARTICLE

From Wikipedia, the free encyclopedia
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Virtual prototyping is a method in the process of product development. It involves using computer-aided design (CAD), computer-automated design (CAutoD) and computer-aided engineering (CAE) software to validate a design before committing to making a physical prototype. This is done by creating (usually 3D) computer generated geometrical shapes (parts) and either combining them into an "assembly" and testing different mechanical motions, fit and function. The assembly or individual parts could be opened in CAE software to simulate the behavior of the product in the real world.

Background[edit]

The product design and development process used to rely primarily on engineers’ experience and judgment in producing an initial concept design. A physical prototype was then constructed and tested in order to evaluate its performance. Without any way to evaluate its performance in advance, the initial prototype was highly unlikely to meet expectations. Engineers usually had to re-design the initial concept multiple times to address weaknesses that were revealed in physical testing.

Move towards virtual prototypes[edit]

Today, manufacturers are under pressure to reduce time to market and optimize products to higher levels of performance and reliability. A much higher number of products are being developed in the form of virtual prototypes in which engineering simulation software are used to predict performance prior to constructing physical prototypes. Engineers can quickly explore the performance of thousands of design alternatives without investing the time and money required to build physical prototypes. The ability to explore a wide range of design alternatives leads to improvements in performance and design quality. Yet the time required to bring the product to market is usually reduced substantially because virtual prototypes can be produced much faster than physical prototypes.[1][2][3][4]

End-to-end prototyping[edit]

End-to-end prototyping accounts fully for how a product or a component is manufactured and assembled and links the consequences of those processes to performance. Early availability of such physically realistic virtual prototypes allows testing and performance confirmation to take place as design decisions are made; enabling the acceleration of the design activity and providing more insight on the relationship between manufacturing and performance than can be achieved by building and testing physical prototypes. The benefits include reduced costs in both design and manufacturing as physical prototyping and testing is dramatically reduced/eliminated and lean but robust manufacturing processes are selected.[5]

Effects[edit]

The research firm Aberdeen Group reports that best-in-class manufacturers that make extensive use of simulation early in the design process hit revenue, cost, and launch date and quality targets for 86% or more of their products.[6] Best-in-class manufacturers of the most complex products get to market 158 days earlier with $1.9 million lower costs than all other manufacturers. Best-in-class manufacturers of the simplest products get to market 21 days earlier with $21,000 fewer product development costs.[7]

Examples[edit]

Fisker Automotive used virtual prototyping to design the rear structure and other areas of its Karma plug-in hybrid to ensure the integrity of the fuel tank in a rear end crash as required for Federal Motor Vehicle Safety Standards (FMVSS) 301 certification.[8] Agilent Technologies used virtual prototyping to design cooling systems for the calibration head for a new high-speed oscilloscope.[9] Miele used virtual prototyping to improve the development of its washer-disinfector machines by simulating their operational characteristics early in the design cycle.[10]NEC used Daat Research's virtual prototyping software to design a main heat sink for network servers under a tight product introduction schedule, which allowed no time for physical prototypes.[11]

See also[edit]

References[edit]

  1. ^ Schaaf, James C., Jr.; Thompson, Faye Lynn (1997). Systems Concept Development with Virtual Prototyping. 29th conference on Winter simulation. pp. 941–947. CiteSeerX 10.1.1.74.2308Freely accessible. 
  2. ^ LaCourse, Dan (May 1, 2003). "Virtual Prototyping Pays Off". Cadalyst Magazine. 
  3. ^ Ghazaleh, Tim (November 1, 2004). "Virtual Prototyping" (PDF). Printed Circuit Design & Manufacture Magazine. 
  4. ^ Otto, Von Thomas (July–August 2010). "Endlich umfassend simulieren". Digital Engineering. 6/10. 
  5. ^ Fouad El Khaldi, Raymond Ni, Pierre Culiere, Peter Ullrich, Carlos Terres Aboitiz. “Recent Integration Achievements in Virtual Prototyping for the Automo bile Industry”. ESI-group.com; ESI Group. Presented May 31, 2010, FISITA.
  6. ^ Aberdeen Group (October 2006). “Simulation-Driven Design Benchmark Report: Getting It Right the First Time”. p. i. October 2006. Retrieved 2010-08-25.
  7. ^ Aberdeen, p. 5.
  8. ^ Fisker reduces number of prototypes, cuts time to market with Virtual Performance Solution,” Automotive Engineering International, January, 2013.
  9. ^ Matt Richter, “Simulation techniques help cool the calibration head for the world’s fastest real-time oscilloscope,” R&D Magazine, October, 2013.
  10. ^ “A Better Way to Make Medical Instruments Come Clean,” Medical Design Technology, October, 2013.
  11. ^ "http://manualzilla.com/doc/5878278/here---daat-research-corp" Machine Design

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