基于SolidWorks的立式搅拌釜三维建模及有限元分析优化说明书（论文）+任务书+选题表+开题+文综+中期表+翻译及原文+PPT+CAD图纸+三维图+静应力分析及优化+查重+立式搅拌釜动画

ФП ТМеЊвЊ IAbstract IIаї Тл III1 СЂЪННСАшИЊЕФзмЬхЩшМЦ 11.1 СЂЪННСАшИЊЕФЩшМЦвЊЧѓ 11.2 СЂНСАшИЊЕФжївЊНсЙЙМАзмЬхВМОж 11.2.1 ЖЏСІзАжУ 11.2.2 ДЋЖЏЯЕЭГ 11.2.3 НСАшЯЕЭГ 21.2.4 УмЗтзАжУ 21.3 СЂЪННСАшИЊЕФЙЄзїдРэ 32 жївЊСуВПМўЕФЩшМЦгыМЦЫу 42.1 НСАшИЊМаЬзКЭЙоЬхМИКЮГпДчЕФШЗЖЈ 42.1.1 МаЬзМАЙоЬхНсЙЙЕФШЗЖЈ 42.1.2 ЙоЬхМИКЮГпДчМЦЫу 42.1.3 МаЬзМИКЮГпДчМЦЫу 52.1.4 АДФкбЙМЦЫуЙоЬхМАМаЬзКёЖШ 62.1.5 АДЭтбЙаЃКЫКёЖШ 82.1.6 ЫЎбЙЪдбщаЃКЫ 82.2 НСАшЦїЕФЩшМЦ 92.2.1 НСАшЦїаЭЪНЕФбЁгУ 92.2.2 НСАшЦїжївЊВЮЪ§ 102.3 ЕчЛњМАМѕЫйЛњЕФбЁгУ 112.3.1 НСАшЙІТЪМЦЫу 112.3.2 ФІВСЫ№ЪЇЙІТЪ 122.3.3 ЕчЖЏЛњЙІТЪ 122.3.4 ЕчЖЏЛњбЁдё 132.3.5 МѕЫйЛњбЁдё 132.4 жсЗтзАжУ 132.4.1 жсЗтзАжУЕФбЁгУ 132.4.2 ЛњаЕУмЗтжївЊСуМў 132.4.3 ЛњаЕУмЗтНсЙЙМАЙЄзїдРэ 142.4.4 ЛњаЕУмЗтжївЊВЮЪ§ 152.5 ЛњМмЩшМЦ 152.6 СЊжсЦї 162.7 жЇМм 162.8 ЭЙдЕЗЈРМ 162.9 АВзАЕзИЧ 172.10 НСАшИЊЦфЫћИНМў 172.10.1 жсГаЕФбЁгУ 172.10.2 МќЕФбЁдё 173 SolidWorksШ§ЮЌНЈФЃ 183.1 SolidWorksМђНщ 183.2 SolidWorksЙІФмНщЩм 183.2.1 ВЮЪ§ЛЏГпДчЧ§ЖЏ 183.2.2 Ш§ЮЌЪЕЬхдьаЭ 183.2.3 Ш§ИіЛљБОФЃПщЕФСЊЖЏ 183.2.4 ЬиеїЙмРэЦї 193.2.5 жЇГжЙњМЪЕФжЧФмЛЏБъзМСуМўПт 193.2.6 ИпаЇВхМў 193.2.7 eDrawings 193.2.8 APIПЊЗЂЙЄОпНгПк 193.3 Ш§ЮЌНЈФЃ 193.3.1 ИЊЬхНЈФЃ 193.3.2 НСАшЦїНЈФЃ 203.3.3 ЭЙдЕЗЈРМНЈФЃ 213.3.4 ЛњМмНЈФЃ 213.3.5 АВзАЕзИЧНЈФЃ 223.3.6 ЛњаЕУмЗтНЈФЃ 233.3.6 СЊжсЦїНЈФЃ 233.3.7 ЦфЫћИНМўНЈФЃ 243.3.8 НСАшИЊзАХф 243.3.9 ЖЏЛжЦзї 253.4 SolidWorksзЊЛЏЖўЮЌЭМ 264 ЗжЮігХЛЏ 274.1 SolidWorks SimulationИХЪі 274.2 гаЯодЊЗжЮівЛАуВНжш 274.3 ОВгІСІЗжЮі 284.3.1 НЈСЂОВгІСІЗжЮіЫуР§ 284.3.2 БрМВФСЯ 284.3.3 ЬэМгМаОп 284.3.4 ЬэМгдиКЩ 284.3.5 ЭјИёЛЎЗж 294.3.6 МЦЫуБШНЯЗжЮіНсЙћ 294.4 гХЛЏ 33змНс 35жТаЛ 37ВЮПМЮФЯз 39ЛљгкSolidWorksЕФСЂЪННСАшИЊШ§ЮЌНЈФЃМАгаЯодЊЗжЮігХЛЏеЊвЊдкЪГЦЗЙЄвЕжаНСАшИЊЪЧГЃгУЕФЕфаЭЩшБИжЎвЛЃЌЫќЪЧвЛжждквЛЖЈбЙСІКЭЮТЖШЯТЃЌНшжњНСАшЦїНЋвЛЖЈШнЛ§ЕФСНжжЃЈЛђЖржжЃЉвКЬхвдМАвКЬхгыЙЬЬхЛђЦјЬхЮяСЯЛьдШЃЌЪЕЯжНСАшЛьКЯЁЂЕїКЭЁЂОљжЪЕФзїгУЃЌМгЫйЛЏбЇЗДгІЃЌЮяСЯЛьКЯЃЌЗРжЙЮяСЯГСЕэЃЌМгЧПЛЛШШаЇТЪЕШДйНјЦфЮяРэЛђЛЏбЇЗДгІЕФЩшБИЁЃБОПЮЬтЛљгкsolidworksНјааСЂЪННСАшИЊЕФШ§ЮЌНЈФЃВЂРћгУгаЯодЊЗжЮіФЃПщНјаагХЛЏЃЌЫѕЖЬЩшМЦжмЦкЃЌМѕЧсЩшМЦШЫдБЙЄзїСПЁЃЭЈЙ§дФЖСЙњФкЭтЯрЙиММЪѕзЪСЯКЭТлЮФЃЌОЭЛљгкSolidWorksСЂЪННСАшИЊЕФШ§ЮЌНЈФЃМАгХЛЏзіГіСЫРэТладЕФИХЪіЁЃЙиМќДЪЃКНСАшИЊЃЛНЈФЃЃЛгаЯодЊЗжЮіTHREE DIMENSIONAL MODELING AND OPTIMIZATION BASED ON SOLIDWORKS VERTICAL AGITATORAbstractIn the food industry in stirred tank is one of the typical equipment commonly used, it is in a certain temperature and pressure with stirrer, a volume of two (or more) of liquid or gas, liquid and solid material blending, The mixing, blending, homogenizing effect, accelerate the chemical reaction, material mixing, to prevent the precipitation strengthening material, the efficiency of heat transfer equipment and promote their physical or chemical reaction.This paper is based on the SolidWorks 3D modeling of vertical stirred tank is simulated and optimized by finite element analysis module, shorten the design cycle, reduce the workload of design personnel. Through reading the domestic and foreign relevant technical data and the3D modeling and optimization, SolidWorks vertical stirred tank based on the theoretical overview of the.Keywords: stirred tank; modeling; finite element analysis