SolidWorks创新日:设计无极限

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solidworks在数字化设计中的作用

solidworks在数字化设计中的作用

一、概述在当今数字化时代,各行各业都在不断追求技术的创新和发展。

数字化设计作为现代工程设计的一种重要手段,已经成为工程设计领域中不可或缺的一部分。

SolidWorks作为一款领先的三维计算机辅助设计(CAD)软件,正日益受到行业的认可和重视。

本文主要探讨SolidWorks在数字化设计中的重要作用及其对工程设计的影响。

二、SolidWorks的功能和特点1. SolidWorks作为一款领先的CAD软件,具有强大的三维建模功能,可以对复杂的工程结构进行精确建模,提高设计的精度和效率。

2. SolidWorks还拥有丰富的设计工具和功能模块,可以对不同类型的设计任务进行灵活处理,满足工程师在设计过程中的各种需求。

3. SolidWorks的协同设计功能,使得多人在同一项目上进行协作成为可能,提高了工程设计团队的工作效率和协调能力。

三、SolidWorks在数字化设计中的作用1. 提高设计效率SolidWorks可以有效地利用三维建模技术来提高设计效率。

通过SolidWorks软件,工程设计师可以快速、准确地对产品的外观和结构进行模拟和设计,缩短产品设计周期,降低产品开发成本。

2. 预测产品性能SolidWorks还可以对产品的性能进行模拟分析,包括结构强度、热特性、流体流动等方面。

通过对产品的性能进行模拟分析,可以在产品设计的早期阶段发现潜在的问题,避免在后期出现不必要的调整和修正。

3. 优化产品结构SolidWorks可以通过有限元分析等技术手段,对产品的结构进行优化设计。

通过对产品结构进行优化,可以减轻产品的重量、提高产品的强度和稳定性,满足产品在使用过程中的各种要求。

4. 实现数字化协作SolidWorks具有优秀的协同设计功能,可以实现工程设计团队的数字化协作。

团队成员可以在同一项目上进行实时协作和交流,共同完善产品设计方案,提高团队的工作效率。

5. 提供全面的设计文档SolidWorks可以生成全面的设计文档,包括工程图纸、零部件清单、装配图等。

SOLIDWORKS:企业数字化理念的全面升级

SOLIDWORKS:企业数字化理念的全面升级

SOLIDWORKS:企业数字化理念的全面升级SOLIDWORKS是一款强大的计算机辅助设计(CAD)软件,致力于提供全方位的数字化解决方案,在企业数字化的升级中扮演着重要的角色。

SOLIDWORKS积极倡导数字化转型,为企业提供一系列数字化工具,旨在提高效率、降低成本、加快产品上市节奏。

一、数字化原型快速创建传统的产品制造一直依赖于模型的原型制作,但是这个过程通常是非常耗时的。

而SOLIDWORKS提供了数字化原型快速创建的功能,企业可以借由该功能进行快速化设计,提高设计和产品开发的效率。

另外,数字化原型的优势就在于减少了人为因素对产品开发过程中的干预,产品的实现和测试更加精确以及节省了大量时间。

二、智能部件库的协作SOLIDWORKS提供的智能部件库可以将零部件整合到一起,使得协作开发效率更加高效。

无论是开发者或设计者,他们都能够轻松地提取所需的信息,方便快捷地进行数字化部件设计,大大提高了制造效率和产品质量,客户满意度大大提高。

三、自动化制造生产数字化转型中的自动化制造生产是目前的趋势,SOLIDWORKS提供了自动化工具的支持,借助集成化的工具、模块和设计软件,可以快速创建和测试模型的新方法。

此外,企业还可采用自动化制造生产等软件作为链接供应链的方式,可以实现准确、迅速地生产高质量的产品,同时降低运作成本。

四、产业零部件库的开发SOLIDWORKS采用产业零部件库的开发方式,让企业能够快速、方便地制作产品。

同时,这种开发方式能够快速的满足客户需要的需求,让企业在产品开发和建模方面拥有了更强的竞争力。

产业零部件库通过专业的管控,可以实时掌握当前企业需求,为企业提供最富创造力的解决方案,更能够适应于市场快速变化的需求。

总之,SOLIDWORKS在企业数字化理念的升级中扮演着至关重要的角色,提供了众多高效、便捷、实用的工具和应用,为企业创造了更快大、更高效的生产效率。

企业要在数字化转型中不断寻求创新,与时俱进,与SOLIDWORKS一道,共创更美好的数字化未来。

SOLIDWORD软件

SOLIDWORD软件

SOLIDWORD软件SolidWorks百科名⽚SolidWorks为达索系统(Dassault Systemes S.A)下的⼦公司,专门负责研发与销售机械设计软件的视窗产品。

达索公司是负责系统性的软件供应,并为制造⼚商提供具有Inter net整合能⼒的⽀援服务。

该集团提供涵盖整个产品⽣命周期的系统,包括设计、⼯程、制造和产品数据管理等各个领域中的最佳软件系统,著名的CATIAV5就出⾃该公司之⼿,⽬前达索的CAD产品市场占有率居世界前列。

SolidWorks详细简介SolidWorks公司成⽴于1993年,由PTC公司的技术副总裁与CV公司的副总裁发起,总部位于马萨诸塞州的康克尔郡(Concord,Massa chusetts)内,当初所赋予的任务是希望在每⼀个⼯程师的桌⾯上提供⼀套具有⽣产⼒的实体模型设计系统。

从1995年推出第⼀套SolidWorks三维机械设计软件⾄今,它已经拥有位于全球的办事处,并经由300家经销商在全球140个国家进⾏销售与分销该产品。

SolidWorks软件是世界上第⼀个基于Windows开发的三维CAD系统,由于技术创新符合CAD技术的发展潮流和趋势,SolidWorks公司于两年间成为CA D/CAM产业中获利最⾼的公司。

良好的财务状况和⽤户⽀持使得SolidWorks每年都有数⼗乃⾄数百项的技术创新,公司也获得了很多荣誉。

该系统在1995-1999年获得全球微机平台CAD系统评⽐第⼀名;从1995年⾄今,已经累计获得⼗七项国际⼤奖,其中仅从1999年起,美国权威的CAD专业杂志CADENCE连续4年授予So lidWorks最佳编辑奖,以表彰SolidWorks的创新、活⼒和简明。

⾄此,SolidWorks 所遵循的易⽤、稳定和创新三⼤原则得到了全⾯的落实和证明,使⽤它,设计师⼤⼤缩短了设计时间,产品快速、⾼效地投向了市场。

由于SolidWorks出⾊的技术和市场表现,不仅成为CAD⾏业的⼀颗耀眼的明星,也成为华尔街青睐的对象。

SolidWorks设计仿真日2012在佛山圆满举办

SolidWorks设计仿真日2012在佛山圆满举办

SolidWorks设计仿真日2012在佛山圆满举办

【期刊名称】《模具工程》
【年(卷),期】2012(000)006
【摘要】近日,由广州腾软信息科技有限公司主办的Solidwolrks 2012设计仿真日佛山站在金茂华美达广场酒店成功召开。

这次会议上,
【总页数】1页(P17-17)
【作者】无
【作者单位】不详
【正文语种】中文
【中图分类】TP391.9
【相关文献】
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3.聆听设计仿真前沿的强音——记DS SOLIDWORKS 2017设计仿真日 [J], 向飞
4.SolidWorks2008设计仿真日在上海举办 [J],
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因版权原因,仅展示原文概要,查看原文内容请购买。

SOLIDWORKS:企业数字化理念的全面升级

SOLIDWORKS:企业数字化理念的全面升级

SOLIDWORKS:企业数字化理念的全面升级随着数字化时代的到来,越来越多的企业开始意识到数字化转型的必要性。

数字化转型并不只是单纯的使用新技术,而是一种全面升级的理念,涉及到企业的组织结构、经营模式、服务方式等多个方面。

SOLIDWORKS是一家致力于数字化设计和制造的软件公司,其协同设计平台可以帮助企业有效实现数字化转型。

本文将介绍SOLIDWORKS是如何实现企业数字化理念的全面升级的。

一、产品数字化设计SOLIDWORKS提供全面的数字化设计工具,支持从最初的草图到最终的3D产品设计。

SOLIDWORKS的3D CAD软件有助于设计师通过数字化的方式将产品设计出来,减少了传统手工设计过程中的误差和不确定性。

SOLIDWORKS的数字化设计工具还支持产品模拟分析,可以帮助企业提前发现任何设计缺陷和问题,从而避免浪费成本和时间。

二、数据数字化管理传统的管理方式往往需要大量的人力资源和时间,而且容易出现数据丢失、误差等问题。

数字化管理则完全不同,它可以帮助企业更好地管理和分析数据,提高企业的管理效率和工作效率。

SOLIDWORKS的数据管理工具可以帮助企业实现数字化管理,包括版本控制、共享数据、任务分配、权限管理等功能。

三、制造数字化流程制造数字化流程是指通过数字化技术将制造的整个流程数字化,实现从设计到生产的无缝衔接。

SOLIDWORKS提供了可靠的CAM工具,可以帮助企业实现完整的数字化制造流程,包括数控加工、3D打印等。

SOLIDWORKS的CAM工具还支持工艺规划、刀具路径设置、工具管理等功能,可以帮助企业提高生产效率和质量。

数字化协同设计是一种可以帮助企业实现团队合作、协同工作、提高效率的方法。

SOLIDWORKS的协同设计平台可以帮助团队成员在一个数字化环境中协同工作,可以随时与他人共享文件、查看和评论设计图纸,在一个平台上集成所有的数据和工具,提高生产效率和质量。

总之,数字化转型已经成为当今企业发展的趋势,SOLIDWORKS作为数字化设计和制造的领导者,可以帮助企业在数字化转型过程中获得更多的价值。

【最新】SOLIDWORKS2017十大新功能

【最新】SOLIDWORKS2017十大新功能

【最新】SOLIDWORKS2017十大新功能SOLIDWORKS 2017 版本侧重于通过以下功能,帮助您比以往任何时候都更迅速、更容易地完成工作。

以下是精选的 SOLIDWORKS 2017十大新功能:1、SOLIDWORKS 3D INTERCONNECT●在SOLIDWORKS 中直接打开Creo?、CATIA? V5、SolidEdge?、NX?、Inventor? 私有3D CAD 数据,并与原文件保持关联优势:与任何人无缝协作,并更迅速地整合设计更改。

2、改进大型装配体性能●新的资产发布、地面配合和磁力配合加速设备布局●用多实体零件替换子装配体并维护下游参考;一次性替换遗失的参考优势:加速大型装配体的设计以及机械和设备的布局。

3、更强大的建模工具●新型高级异型孔向导创建/重用自定义孔●包覆特征现可用于任意曲面;支持多个面的在曲面上偏移 3D 曲线●钣金支持三折式圆角优势:用较少的选取和点击更快速、更轻松地建模。

4、VISUALIZE 改进渲染和动画●新的“Visualize Boost”:由于超快的渲染速度,网络渲染变得非常简单●导入动画和运动算例●映射 SOLIDWORKS 相机导航和热键●支持 HTC? Vive?、Oculus、Google? Cardboard、Samsung?优势:大幅提高渲染速度并改进建模、渲染和查看之间的工作流程。

5、更快创建 2D 工程图●参考并链接到注解中的 BOM 表单元格元素●无模型的参数化镜像工程图视图●预定义图层优势:简化、更快的工程图创建。

6、MBD 的扩充功能●对比两个修订版本的几何体和 3D PMI●更轻松地定义拔模零件 DimXpert 3D PMI●导出带有 3D PMI 的 STEP 242,以自动化 CAM 和 CMM●附加多个文件到 3D PDF 以建立技术数据包 (TDP)优势:从 2D 工程图轻松过渡到 MBD 并实现基于模型的企业 (MBE)。

SolidWorks 可持续设计:材料选择和可持续重设说明书

SolidWorks 可持续设计:材料选择和可持续重设说明书

Engineering Designand Technology SeriesSolidWorks® Sustainable Design An Introduction to Material Choiceand Sustainable RedesignDassault Systèmes SolidWorks Corporation 300 Baker AvenueConcord, Massachusetts 01742 USA Phone: +1-800-693-9000Outside the U.S.: +1-978-371-5011Fax: +1-978-371-7303Email:******************* Web: /education© 1995-2009, Dassault Systèmes SolidWorks Corporation, a Dassault Systèmes S.A. company, 300 Baker Avenue, Concord, Mass. 01742 USA.All Rights Reserved.The information and the software discussed in this document are subject to change without notice and are not commitments by Dassault Systèmes SolidWorks Corporation (DS SolidWorks).No material may be reproduced or transmitted in any form or by any means, electronic or mechanical, for any purpose without the express written permission of DS SolidWorks.The software discussed in this document is furnished under a license and may be used or copied only in accordance with the terms of this license. All warranties given by DS SolidWorks as to the software and documentation are set forth in the SolidWorks Corporation License and Subscription Service Agreement, and nothing stated in, or implied by, this document or its contents shall be considered or deemed a modification or amendment of such warranties.Patent Notices for SolidWorks Standard, Premium, and Professional ProductsU.S. Patents 5,815,154; 6,219,049; 6,219,055;6,603,486; 6,611,725; 6,844,877; 6,898,560;6,906,712; 7,079,990; 7,184,044; 7,477,262;7,502,027; 7,558,705; 7,571,079, and foreign patents, (e.g., EP 1,116,190 and JP 3,517,643). U.S. and foreign patents pending.Trademarks and Other Notices for All SolidWorks ProductsSolidWorks, 3D , 3D ContentCentral, DWGeditor, PDMWorks, eDrawings, and the eDrawings logo are registered trademarks and FeatureManager is a jointly owned registered trademark of DS SolidWorks. SolidWorks Enterprise PDM, SolidWorks Simulation, SolidWorks Flow Simulation, and SolidWorks 2010 are product names of DS SolidWorks.CircuitWorks, DWGgateway, DWGseries, Feature Palette, FloXpress, PhotoWorks, TolAnalyst, and XchangeWorks are trademarks of DS SolidWorks. FeatureWorks is a registered trademark of Geometric Ltd.Other brand or product names are trademarks or registered trademarks of their respective holders.Document Number: PME0518-ENG COMMERCIAL COMPUTERSOFTWARE - PROPRIETARYU.S. Government Restricted Rights. Use, duplication, or disclosure by the government is subject to restrictions as set forth in FAR 52.227-19 (Commercial Computer Software - Restricted Rights), DFARS 227.7202 (Commercial Computer Software and Commercial Computer Software Documentation), and in the license agreement, as applicable.Contractor/Manufacturer:Dassault Systèmes SolidWorks Corporation, 300 Baker Avenue, Concord, Massachusetts 01742 USA Copyright Notices for SolidWorks Standard, Premium, and Professional ProductsPortions of this software © 1990-2009 Siemens Product Lifecycle Management Software III (GB) Ltd.Portions of this software © 1998-2009 Geometric Ltd.Portions of this software © 1986-2009 mental images GmbH & Co. KG.Portions of this software © 1996-2009 Microsoft Corporation. All rights reserved.Portions of this software © 2000-2009 Tech Soft 3D. Portions of this software © 1998-20093Dconnexion.This software is based in part on the work of the Independent JPEG Group. All Rights Reserved. Portions of this software incorporate PhysX™ by NVIDIA 2006-2009.Portions of this software are copyrighted by and are the property of UGS Corp. © 2009.Portions of this software © 2001-2009 Luxology, Inc. All Rights Reserved, Patents Pending. Portions of this software © 2007-2009 DriveWorks Ltd.Copyright 1984-2009 Adobe Systems Inc. and its licensors. All rights reserved. Protected by U.S. Patents 5,929,866; 5,943,063; 6,289,364; 6,563,502; 6,639,593; 6,754,382; Patents Pending.Adobe, the Adobe logo, Acrobat, the Adobe PDF logo, Distiller and Reader are registered trademarks or trademarks of Adobe Systems Inc. in the U.S. and other countries.For more copyright information, in SolidWorks see Help > About SolidWorks.Other portions of SolidWorks 2010 are licensed from DS SolidWorks licensors.Copyright Notices for SolidWorks Simulation Portions of this software © 2008 Solversoft Corporation.PCGLSS © 1992-2007 Computational Applications and System Integration, Inc. All rights reserved. Portions of this product are distributed under license from DC Micro Development, Copyright © 1994-2005 DC Micro Development, Inc. All rights reserve1: Introduction and Material Choice (1)Using This Book (2)What is SolidWorks Software? (2)Prerequisites (2)Conventions Used in This Book (3)Sustainability Options 4Materials (4)Manufacturing (Parts) (4)Process (4)Use (4)Manufacturing and Transportation (Assemblies) (5)Manufacturing (Assemblies) (5)Transportation and Use (Assemblies) (5)Environmental Impact (5)Carbon Footprint (5)Energy Consumption (6)Air Acidification (6)Water Eutrophication (6)Report (6)Baseline (7)Color Coding (7)Material Choice in Sustainable Design (8)The lifetime of a cup (8)Environmental Impacts (9)Impact vs. Lifetime (10)12: Sustainability and Simulation (12)Using Simulation (13)How to Activate Simulation with Sustainability (14)Activating Simulation and Sustainability (14)Mating Assembly (16)Remating Metal Outside (16)Analysis of Insulation (19)What makes good Thermal Insulator? (19)Plastic (19)Metal (20)Plastic and Metal (20)Static Simulation (21)Static Study 1 (21)Static Study 2 (25)Thermal Study (30)Wall and Base Redesign (34)Redesign of Base (35)Simulation of Redesign (36)Looking at Sustainability (38)Conclusion (39)Lesson 1 Introduction and Material ChoiceWhen you complete this lesson, you will be able to:Q Describe the relationship between Sustainability and SolidWorks;Q Identify the principle components of the Sustainability Add-in;Q Explain significance of Material choice and environmental impacts.Using This BookSolidWorks Sustainability An Introduction to Sustainable Designhelps you learn the principles of using Sustainability and Sustainability as integral parts of a creative and iterative design process.For this project, You will “learn by doing” as you complete a structural analysis.What is SolidWorks Software?SolidWorks is design automation software. In SolidWorks, you sketch ideas and experiment with different designs to create 3D models using the easy to learnWindows® graphical user interface.SolidWorks is used by students, designers, engineers and other professionals toproduce single and complex parts, assemblies and drawings.PrerequisitesBefore you begin the SolidWorks Sustainability An Introduction toSustainable Design you should complete the following online tutorials thatare integrated in the SolidWorks software:Q Lesson 1 - Parts-Set 1Q Lesson 2 - Assemblies-Set 1Q Designing for Sustainability-Set 2Q Simulation - Static AnalysisQ Simulation - Thermal AnalysisYou can access the online tutorials by clicking Help, SolidWorks Tutorials, AllSolidWorks Tutorials (Set 1) and Simulation Tutorials by clicking Help,SolidWorks Simulation, Tutorials. The online tutorial resizes the SolidWorkswindow and runs beside it.As an alternative, you can complete the following lessons from An Introduction to Engineering Design With SolidWorks:Q Lesson 1: Using the InterfaceQ Lesson 2: Basic FunctionalityQ Lesson 3: The 40-Minute Running StartQ Lesson 4: Assembly BasicsQ Lesson 6: Drawing BasicsConventions Used in This BookThis manual uses the following typographical conventions:Sustainability OptionsHere we will go through the Sustainability interface and different menus as wellas define various terms used within the SolidWorks Add-In. There are four main menus, Material, Manufacturing, Transportation and Use, and Environmental Impact.First, we will start SustainabilityXpress.1Start Sustainability.Click Tools, Add-Ins, Check Sustainability.Note: A Part or Assembly needs to be open to view Sustainability. When you first open the Add-In, everything should be black except for the regions.MaterialsIn this option you can choose between differentmaterials for the specific part using the drop downmenus. You are also able to search for alternativematerials using the Find Similar option. You can alsoassign a material of your choice to the part.Manufacturing (Parts)The Manufacturing section includes Process and Use to define world locations. ProcessIn this option, there is a drop down menu labeledProcess where the user can chose between multipledifferent production techniques to manufacture theirpart. There is also a world map. The world map is forthe user to define where the part is going to be made.There are four different areas to choose from, NorthAmerica, Europe, Asia, and Japan.UseThe second world map is used in this menu. Here youare able to chose where your product will be transportedto after production. The further the distance betweenmanufacturer and user the less environmentally friendly.Note:All the regions for Manufacturing and Use are the same.Manufacturing and Transportation (Assemblies)Within Assemblies the Sustainability interface changes slightly. Manufacturing (Assemblies)The only difference from the manufacturing menu for apart is that it does not have a process drop down menuinstead the user is only able to choose the ManufacturingRegion.Transportation and Use (Assemblies)With in this menu the user is given the ability to chose thePrimary Mode of Transportation (Train, Truck,Boat, or Plane). The user is also able to choose the Typeof Energy that will be used throughout the lifetime of theproduct. Like before in the Use menu for Parts the user isalso able to choose the Region the that product will beused.Environmental ImpactThis area includes four quantities: Carbon Footprint, Total Energy, AirAcidification, and Water Eutrophication. Each graph shows the user a graphic breakdown of Material Impact, Transportation and Use, Manufacturing, and End of Life.Carbon FootprintA measure of carbon-dioxide and other greenhouse gas emissionssuch as methane (in CO2 equivalent units, CO2e) which contributeto an emissions, predominantly caused by burning fossil fuels.Global warming Potential (GWP) is also commonly referred to as acarbon footprint.Energy ConsumptionA measure of the non-renewable energy sources associated with thepart’s life cycle in nits of mega joules (MJ). This impact includesnot only the electricity or fuels used during the product’s life cycle,but also the upstream energy required to obtain and process thesefuels, and the embodied energy of materials which would bereleased if burned. Energy Consumed is expressed as the netcalorific value or energy demand from non-renewable resources (e.g. petroleum, natural gas, etc.). Efficiencies in energy conversion (e.g. power, heat, steam, etc.) are taken into account.Air AcidificationSulfur dioxide, nitrous oxides other acidic emissions to air cause anincrease in the acidity of rain water, which in turn acidifies lakesand soil. These acids can make the land and water toxic for plantsand aquatic life. Acid rain can also slowly dissolve man-madebuilding materials such as concrete. This impact is typicallymeasured in nits of either kg sulfur dioxide equivalent (SO2e), ormoles H+ equivalent.Water EutrophicationWhen an over abundance of nutrients are added to a waterecosystem, eutrophication occurs. nitrogen and phosphorous fromwaste water and agricultural fertilizers causes an overabundance ofalgae to bloom, which then depletes the water of oxygen and resultsin the death of both plant and animal life. This impact is typicallymeasured in either kg phosphate equivalent (PO4e) or kg nitrogen(N) equivalent.ReportOn the very bottom of SustainabilityXpress, there are theGenerate Report and Email Report buttons. By clicking generate report, SolidWorks automatically creates a Word document about the current analysis. This analysis can be on anindividual material type and environmental impacts or it can be on a comparison of two different material types. The email report opens Microsoft Outlook for the user to send the word document to an email address.BaselineTo the right of the report buttons are theImport BaselineSet Baseline andbuttons. By clicking set baseline, SustainabilityXpress automatically takes themost recent material type and sets it as the material that every other material will be compared to. Otherwise, every time the user clicks on another material,SustainabilityXpress will automatically compare them and dynamicallyrecalculate the Environmental Impacts. Also, if there is no difference between the current and previous settings and materials then all of the Environmental Impacts will automatically turn green. Then, by clicking import baseline, the user canimport a saved SustainabilityXpress baseline from another part.Color CodingWhen Baseline is clicked, the environmental impacts turn colors to representdifferent states.Q Black represents the baseline material.Q Green indicates that the current material is more environmentally friendly than the baseline material.Q Red indicates that the current material is less environmentally friendly than the baseline material.Material Choice in Sustainable DesignHere we will decide which material is the correct material to use depending of the materials environmental impacts over its lifetime. In this example, imagine theanalysis of a cup.The lifetime of a cupThe material of a product significantly affects its lifetime. For example, a cupcould be made from paper, plastic, or metal. Depending on what material we use will decide how many times the cup can be used. For this example we will assume if we made the cup out of paper (we will be using pine because there is no papermaterial choice within SolidWorks that is linked with Sustainability) it could beused only once, a cup made from plastic can be used 10 times, and a cup madefrom metal could be used 1000 times.Environmental ImpactsWith the SolidWorks model we have for a simple cup, we have created threedifferent configurations, one for each material type. We activated Sustainabilityand kept the Manufacturing and Transportation and Use the same continents forall three configurations.Here are the Environmental Impacts for each material:From these we will use the Total Energy as a baseline to examine which material is the most Sustainable for its lifetime. The results were as follows:Paper: 8.30E-3 MJPlastic: 2.51 MJMetal: 2.98 MJNow we need to see which material is the most environmentally friendly based on its lifetime. The Sustainability Calculator takes the values that we found for the Environmental Impacts (CO2, MJ, SO2, and PO4) and re calculates it intosomething that is easier for us to understand (example: miles driven in a car orhours watching tv).To start, we will open the Sustainability Calculator.3Go to /sustainability/products/calculator/index.htm.4Click Energy Consumption.5Click hours of watching TV.Impact vs. LifetimeHere we will discuss whether the Lifetime of the material is more important than its Environmental Impacts.Using the Sustainability Calculator we will use the three Energy values we gotfrom SolidWorks Sustainability and calculate which material is the best for theenvironment according to its lifetime.In order to do this we need to use the Lifetime values we discussed earlier. Instead of using the number of times each cup can be used we will use the number of cups that need to be made to equal one Metal cup. This means 1000 paper cups and 10 plastic cups need to be made to equal one Metal cup.Now, go back to the Sustainability Calculator and find the Current Design box.2Enter numbers.Enter the numbers given for the Values and Quantities and click Calculate. Note:You are only able to enter one set two sets of values. It would be easier to open three se per ate windows and compare the outcomes.Name: PaperValue: 8.30E-3Quantity: 1000Name: PlasticValue: 2.51Quantity: 10Name: MetalValue: 2.98Quantity: 1The Sustainability Calculator will calculate how many Hours of Watching TV is equivalent to produce these cups. You should get:Paper: 2 HoursPlastic: 6 HoursMetal: 1 Hour3Material Decision.When comparing materials according to their lifetimes and environmental impacts it is wise to chose the material that effects the environment the least compared to how long its lifetime is. In this case, it is wise to chose the Metal Cup. The Metal Cup can be used the longest and when compared to the Paper and Plastic Cups it the least harmful to the Environment based on the cups Energy Consumption.。

SolidWorks2024动画设计图文教程详解

SolidWorks2024动画设计图文教程详解

SolidWorks2024动画设计图文教程详解SolidWorks是一款功能强大的3D设计软件,它可以用于创建各种机械和工业设计。

其中,动画设计是SolidWorks的一项重要功能,可以帮助设计师更好地展示产品的功能和流程。

本文将详细介绍SolidWorks 2024中动画设计的图文教程。

第一步是打开SolidWorks软件并创建一个新的文件。

点击菜单栏的“文件”,然后选择“新建”。

选择“Part”模板来创建一个新的零件文件。

第二步是设计产品的基本结构。

在图形界面的左侧工具栏中选择所需的工具,例如直线、圆形、矩形等,然后在绘图区域中绘制所需的几何形状。

根据产品的实际需求进行设计,并确保每个元素都与其他元素对齐和相交。

第三步是给产品添加所需的材质和外观。

在左侧工具栏中选择“材料”工具,然后在绘图区域中选择需要添加材质的部分,例如金属、塑料或玻璃。

选择合适的材质后,产品外观将发生相应的变化。

第四步是给产品添加动画。

点击菜单栏的“工具”,然后选择“运动研究”。

在弹出的对话框中选择“动作模拟器”,然后按照指示完成动画设置。

第五步是确定动画的的开始和结束位置。

在绘图区域中选择中央图标来定义动画的起始位置。

然后,在时间轴上选择动画结束时的位置。

通过调整时间轴中的滑块来控制动画的时间长度。

第六步是设置动画的路径。

在绘图区域中选择“路径”工具,在产品的路径上点选两个或多个点,并用线条将它们连接起来。

确保路径与产品的移动方向一致,并保持平滑的曲线。

第七步是为动画添加约束。

选择一些移动部件,然后在左侧工具栏中选择“配合驱动约束”工具。

选择需要与该部件配合运动的其他部件,然后通过添加关系和约束使它们按照所需方式运动。

例如,你可以设置一个连杆只能在一定范围内旋转,或者设置两个部件可以同时移动。

第八步是预览和调整动画。

点击菜单栏的“运行”按钮来预览动画效果。

在预览时,可以调整动画的速度和起始位置,并查看产品在不同时间点的状态。

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SolidWorks创新日:设计无极限
作者:侯琳
来源:《CAD/CAM与制造业信息化》2013年第11期
2013年9月23日,一年一度的SolidWorks创新日在北京如期举办,达索系统SolidWorks 首席执行官Bertrand Sicot先生、达索系统专业渠道亚太区销售部副总裁吴俊杰先生、达索系统SolidWorks亚太区高级技术总监陈超祥先生以及达索系统SolidWorks大中国区技术总监胡其登先生出席了此次盛会。

创新日上,达索系统(Dassault Systèmes)正式推出了SolidWorks 2014 3D软件产品组合,涵盖了3D CAD、仿真、产品数据管理、技术沟通和电气设计,助力企业突破限制,实现更多创新设计。

本届创新日的主题是“设计无极限”,而大家可能都在思考,什么叫做设计无极限,陈超祥先生给出了自己的理解:“它是一个整合的工具系列,来帮助设计人员,完成更多的设计,可是所谓的设计无极限,不等于是天马行空。

”这就需要我们在进行一个工程设计时,要考虑到很多客观的问题,比如物理上能不能符合要求,以及产品的的成本和可制造性,所以此次Solidworks为工程师设计人员提供了“设计无极限”这个方向,一系列的整合工具使其在设计中可以有更多空间进行创新设计。

现在的Solidworks
Bertrand Sicot先生在演讲中特别强调了Solidworks对于用户的重视,他表示自3年前开始担任Solidworks CEO,就调整了工作重点:继续以用户为中心,继续了解用户的需求,不断地改进Solidworks解决方案,特别是软件的创新,使用户能够认可其创新价值;SolidWorks现有的用户社区非常庞大,全球大会有5 000多人,Solidworks将进一步投资社区的发展;移动应用;为用户研发PDM提供技术支持;为用户提供更高的附加值。

每年的SolidWorks都会发布新版本的产品,而2014新版本中除了3DCAD相关产品外,还有各类仿真产品:仿真的全线产品,能实现流体仿真、注塑仿真等,而此次还增加了可持续仿真。

同时,在产品设计完成后,必须要有企业级PDM的管理(包括流程图、内部流程审批等),另外用户还需要电气设计解决方案,而这一切,在SolidWorks 2014中均有体现。

用户最需要的改进功能
SolidWorks 2014是SolidWorks发布的第22个版本,其中包含了超过200个的新增功能和改进功能,大多数的新增功能都是直接来自客户的要求。

SolidWorks 2014提供了更加强大的设计功能、更有效的协作以及性能和效率的提高,可以使用户的设计更加快速,质量更高并且返工更少。

同时,其可以帮助用户集成更多的设计学科,与同事们的协作更容易,并且可以预
先验证产品的质量,并保持对成本的关注。

同时,不断改进的图形性能和多核处理为用户提供了真实的生产力并节省了时间。

用户可以通过SolidWorks的3D打印合作伙伴以物理原型的方式共享并获取对3D模型的早期支持。

借助eDrawings,企业可以通过iOS设备(如iPad或iPhone)上的增强现实
3DExperience查看3D设计,展示产品在现实世界中的反应。

集成的SolidWorks 2014产品组合包括用于缩短设计过程,强化协作并提高工作效率的全新工具和增强功能,涵盖4个方面:设计工具、一体化工作流程、提升性能及用于加强协作的增强可视化环境。

下面是用户最需要的改进功能,在SolidWorks 2014版本中均已实现。

1.设计工具
高级形状控制:全新的风格样条功能、自动化的草图图片自动配比缩放和圆锥过渡控制使得用户可以更快、更简单地创建复杂表面和形状,并对其进行精确的控制。

更快的详图设计:支持更快更自动化的详图设计。

钣金设计改进:全新的钣金设计功能,支持更快地创建钣金几何图形并改进数据输出用于生产。

用户可以通过边角处理和创建加强筋的功能更好地控制产品特性,比如安装支架上用于支撑部件承重和受力的缩进设计。

2.一体化工作流程
SolidWorks EPDM简化工作流程:通过与新版Microsoft Office的集成和带图像预览功能的增强型Web客户端更简便地管理更多的数据。

SolidWorks电气集成与性能的增强:强化与SolidWorks Electrical和eDrawings的集成使得用户通过更加简便地优化、共享并追溯电气设计改进项目协作。

3.性能提升
设计交流与协作:借助对Android设备的全新支持,移动用户可以在iOS设备之外扩展他们的浏览方式。

简化成本预算与报表:现在用户通过更少的设置即可更快地估算零件的制造成本,并以更高效的方式与其商业价值链共享成本数据。

比如,用于装配的关键产品开发数据现在可以导出到Microsoft Excel,更容易与制造和采购等其他部门共享数据。

4.增强的可视化环境
简化的仿真设置:SolidWorks Simulation自动将设计数据重用于模拟仿真,不仅避免重复工作同时加强了设计协作。

增强的装配性能和可视化:用户可以通过全新关联的快捷配合工具栏或槽口配合更快更简单地创建装配设计。

在装配的截面图中,用户可以添加或去除所选的部件,从而更快地创建更直观的截面图。

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