《藝術(shù)鑄造》 課程教學大綱

《藝術(shù)鑄造》教學大綱課程代碼130314課程名稱藝術(shù)鑄造英文名稱ArtCasting課程類別專業(yè)領(lǐng)域課課程性質(zhì)選修學時總學時：16上機學時：0實驗學時：0實踐學時：0實創(chuàng)學時：0學分1開課學期第6學期開課單位設(shè)計學院適用專業(yè)工業(yè)設(shè)計授課語言中文授課先修課程計算機輔助工業(yè)設(shè)計、機械設(shè)計基礎(chǔ)、工程訓練畢業(yè)要求（專業(yè)培養(yǎng)能力）1.要求學生設(shè)計指定主題的藝術(shù)品、紀念品、禮品、生活用品等。作品要富含中國傳統(tǒng)文化的內(nèi)涵，或體現(xiàn)時代特色，帶出人文的情懷。2.根據(jù)設(shè)計要求進行藝術(shù)創(chuàng)作，綜合使用本課程關(guān)于藝術(shù)鑄造的專業(yè)知識，進行金屬藝術(shù)品的創(chuàng)意設(shè)計。3.根據(jù)設(shè)計要求，選擇合金材料、選擇鑄造方法、翻作模具、制造鑄型、合金熔煉及澆注、鑄后清理加工、著色處理等多道工序。綜合應用美學、雕塑、鑄造、機械、力學、化學等多學科的知識，將藝術(shù)創(chuàng)作和科學技術(shù)相結(jié)合。4.熟練掌握三維設(shè)計軟件，對設(shè)計作品進行三維建模，掌握3D打印技術(shù)并能加工樣件。課程培養(yǎng)學生的能力（教學目標）了解和鑒賞古今中外著名金屬鑄造藝術(shù)品及其加工方法。理解如何根據(jù)設(shè)計要求選擇合金材料及選擇適當?shù)蔫T造方法，和該鑄造方法涉及的工藝流程，如翻作模具、制造鑄型、合金熔煉及澆注、鑄后清理加工、著色處理等多道工序。掌握3D打印技術(shù)并能加工樣件。課程簡介藝術(shù)鑄造一般包括藝術(shù)創(chuàng)作、選擇合金材料、選擇鑄造方法、翻作模具、制造鑄型、合金熔煉及澆注、鑄后清理加工、著色處理等多道工序，綜合應用了美學、雕塑、鑄造、機械、力學、化學等多學科的知識，因此藝術(shù)鑄造是一項將藝術(shù)創(chuàng)作和科學技術(shù)相結(jié)合的工程，很多不朽的經(jīng)典作品，因其擁有豐富的思想內(nèi)涵和高超的技藝，而成為歲月的豐碑。本課程就是要把學生的創(chuàng)意變成產(chǎn)品，綜合使用本課程關(guān)于藝術(shù)鑄造的專業(yè)知識，進行金屬藝術(shù)品的創(chuàng)意設(shè)計，以培養(yǎng)學生在金屬藝術(shù)品的設(shè)計及制造技術(shù)應用方面的工程能力。教學內(nèi)容與學時分配第1部分經(jīng)典作品賞析（2學時）具體內(nèi)容：古今中外著名金屬鑄造藝術(shù)品鑒賞重點難點：古今中外各個不同歷史時期，經(jīng)典金屬藝術(shù)品的設(shè)計風格、文化內(nèi)涵及鑄造工藝特點。第2部分中國用青銅寫下的文明史（2學時）具體內(nèi)容：1)夏商周時期青銅器2)戰(zhàn)國、秦漢時期青銅器3)南北朝、隋唐、宋元明清時期青銅器4）現(xiàn)代青銅鑄造重點難點：各個不同歷史時期青銅藝術(shù)品的設(shè)計風格、文化內(nèi)涵及工藝特點。第3部分鑄造技術(shù)（4學時）具體內(nèi)容：1)傳統(tǒng)藝術(shù)鑄造方法：銅馬鑄造、古銅錢鑄造方法等2)現(xiàn)代藝術(shù)鑄造方法：熔模鑄造、砂型鑄造、消失模鑄造、離心鑄造、壓力鑄造3)合金材料的選擇及熔煉技術(shù)：合金材料選擇的依據(jù)、合金材料的性能要求、常用的合金材料、銅合金熔煉技術(shù)重點難點：現(xiàn)代藝術(shù)鑄造方法中熔模鑄造、砂型鑄造、壓力鑄造、離心鑄造的特點、適用場合及具體的鑄造技術(shù)流程。如何根據(jù)設(shè)計要求選擇適當?shù)蔫T造方法。第4部分鑄件表面處理技術(shù)（2學時）具體內(nèi)容：1)化學著色2)電鍍著色3)噴涂噴漆著色4)轉(zhuǎn)移彩膜著色重點難點：常見鑄件表面著色處理方法及技術(shù)要求。如何根據(jù)設(shè)計要求選擇適當?shù)闹椒?。?部分鑄造工藝案例（2學時）具體內(nèi)容：1）熔模鑄造工藝經(jīng)典案例2）砂型鑄造工藝經(jīng)典案例3）離心鑄造工藝經(jīng)典案例4）壓力鑄造工藝經(jīng)典案例重點難點：通過經(jīng)典案例進一步熟悉熔模鑄造、砂型鑄造、壓力鑄造、離心鑄造的特點、適用場合及具體的鑄造技術(shù)流程。第6部分課程設(shè)計及3D模型制作（4學時）具體內(nèi)容：1)根據(jù)設(shè)計要求完成作品設(shè)計及三維建模2)根據(jù)設(shè)計作品選擇適當?shù)慕饘俨牧?、鑄造工藝方案和后期表面處理方案3)熟悉3D打印機的使用，加工樣件重點難點：金屬藝術(shù)品設(shè)計的合理性，如何選擇適當?shù)蔫T造工藝，及3D打印機使用技巧。實驗教學（包括上機學時、實驗學時、實踐學時）實驗0學時,實踐0學時，實創(chuàng)0學時教學方法課程教學以課堂教學、課外作業(yè)、綜合討論、網(wǎng)絡(luò)以及授課教師的科研項目于積累等共同實施。考核方式本課程注重過程考核，成績比例為：平時課堂表現(xiàn)：20%課程設(shè)計作品（設(shè)計過程成果）：50%3D模型打?。ㄔO(shè)計最終成果）：30%教材及參考書教材：藝術(shù)鑄造-鑄造技術(shù)及工藝案例.華南理工大學出版社.2011主要參考書：[1]譚德睿，陳美怡.藝術(shù)鑄造.上海交通大學出版社.1996[2]葉學賢，賴錫鴻.藝術(shù)鑄造技術(shù).化學工業(yè)出版社.2009

VirtualRealityTechnologyandApplicationSyllabusCourseCode130314CourseTitleArtcastingEnglishTitleArtcastingCourseCategorySpecialty-relatedCourseCourseNatureElectivecoursesClasseshoursTotalClassHours:16ComputerClassHours:0ExperimentClassHours:0PracticeClassHours:0ActualCreationClassHours:0Credit1SemesterSixthSemesterInstituteSchoolofDesignProgramOrientedIndustrialDesignTeachingLanguageTeachinginChinesePrerequisitesComputer-aidedindustrialdesign、Mechanicaldesignbasis、EngineeringTrainingⅠStudentOutcomes(SpecialTrainingAbility)1.Studentsarerequiredtodesignartwork,souvenirs,giftsandsuppliesfortheassignedsubject.TheworkshouldberichintheconnotationoftraditionalChineseculture,orembodythecharacteristicsofthetimesandbringoutthehumanisticfeelings.2.Makingartisticcreationaccordingtothedesignrequirement.Thecreativedesignofmetalartisdonebycomprehensiveusingtheprofessionalknowledgeofartcastingfromthiscourse.3.Accordingtotherequirementofdesign,alloymaterials,castingmethod,copymold,manufacturingmold,alloymeltingandpouring,castingaftercleaningprocessing,colorprocessingprocedurewasselected.Basedonintegratedapplicationaesthetics,sculpture,casting,mechanical,mechanical,chemicalandotherdisciplines,artisticcreationcombinewithscientifictechnology.4.Learning3Ddesignsoftware,3Dmodelingofdesignworks,3Dprintingtechnologyandmachiningsamples.CourseforStudents'AbilityDevelopment(TeachingObjectives)Understandandappreciateancientandmodernmetalcastingartanditsprocessingmethods.Knowhowtochoosealloymaterialsandtheappropriatecastingmethod,andtheprocessofcastingmethodsbasedonthedesignrequirementsof,suchasdoubleasamold,manufacturingmould,alloymeltingandpouring,castingaftercleaningprocessing,colorprocessingprocedure.Grasp3Dprintingtechnologyandcanprocesssamples.CourseDescriptionArtcastingincludestheartisticcreationofartfoundry,choiceofalloymaterials,choiceofcastingmethod,doublemold,manufacturingmould,alloymeltingandpouring,castingaftercleaningprocessing,colorprocessingworkingprocedure,andsoon.Itapplymulti-disciplinaryknowledgeasaesthetics,sculpture,casting,machinery,mechanical,chemical.Soartcastingisacombinationofartandscienceandtechnologyofengineering,manyimmortalclassicsbecomingamonumentduetoitsrichconnotationandskills.Thiscourseistomakethestudents'creativetoproduct.Comprehensiveusingartcastingprofessionalknowledgetodesignmetalartwork.Studentsintheartofmetalengineeringdesignandmanufacturingtechnologyapplicationabilityisbeteached.DistributionofTeachingContentsandClassHoursPart1Classicworksofart(2classhours)Details:AncientandmodernmetalcastingartappreciationKeypoint:Thedesignstyle,culturalconnotationandcastingprocesscharacteristicsofclassicalmetalartindifferenthistoricalperiods.Party2Thehistoryofcivilizationwritteninbronze(2classhours)Details:1)ThebronzewareoftheShangZhouperiod2)ThebronzewareinthewarringstatesperiodandtheQinandHandynasties3)ThebronzewareintheSouthernandNortherndynasties,SuiandTangdynasties,andSongYuanMingandQingdynasties4)ModernbronzecastingKeypoints:Thedesignstyle,culturalconnotationandtechnologicalcharacteristicsofbronzeartindifferenthistoricalperiods.Part3Castingtechnology（4classhours）Details:1)Traditionalartcastingmethods:bronzehorsecasting,ancientbronzemoneycastingmethod,etc.2)Modernartcastingmethods:moltenmoldcasting,sandcasting,diecasting,centrifugalcastingandpressurecasting;3)Theselectionofalloymaterialsandsmeltingtechniques:theselectionofalloymaterials,theperformancerequirementsofthealloymaterials,thecommonalloymaterialsandcopperalloysmeltingtechnique.Keypoints:Characteristics,applicationoccasionsandspecificcastingtechnologyprocessesareusedinmodernartcastingmethodasmoldcasting,sandcasting,pressurecasting,centrifugalcasting.Howtochoosetheappropriatecastingmethodaccordingtothedesignrequirement.Part4Surfacetreatmenttechnology(2classhours)Details:1)Chemicalcoloring2)Platingcolor3)Spraypaintcoloring4)TransferthecolourfilmcoloringKeypoint:Methodsandtechnicalrequirementsforsurfaceshadingofcommoncastings.Howtoselecttheappropriatecoloringmethodaccordingtothedesignrequirement.Part5Castingprocesscases(2classhours)Details:1)Classiccaseofmoltenmoldcastingprocess2)Classiccaseofsandcastingprocess3)Classiccaseofcentrifugalcastingprocess4)ClassiccaseofpressurecastingprocessKeypoints:Itisalsousedtofurtherfamiliarizewiththecharacteristics,applicationpositionandspecificcastingtechnologyprocessofmoltenmoldcasting,sandmoldcasting,pressurecasting,centrifugalcasting.Part6Designand3Dmodeling(4classhours)Details:1)Worksdesignand3dmodelingaredoneaccordingtodesignrequirements2)Selectingtheappropriatemetalmaterials,castingprocessplanandpost-surfacetreatmentaccordingtothedesign3)Befamiliarwiththeapplicationof3DprintersandprocesssamplesKeypoint:Basedonherationalityofthedesignofmetalart,howtochoosethepropercastingprocessandthe3Dprintertechnique.Experimentteaching(includingclasshoursofcomputer,experimenta