浅谈裂隙化岩体网络渗流应力耦合数值分析与工程应用

《浅谈裂隙化岩体网络渗流应力耦合数值分析与工程应用》由会员上传分享，免费在线阅读，更多相关内容在学术论文-天天文库。

1、湖南大学硕士学位论文裂隙化岩体网络渗流应力耦合数值分析与工程应用姓名：胡坚丽申请学位级别：硕士专业：岩土工程指导教师：曹文贵20060426⸩຿ᄺԡ䆎᭛ᨬ㽕㺖䱭࣪ችԧ⏫⌕Ϣᑨ࡯ⳌѦ԰⫼ᰃችԧ㒧ᵘᎹ⿟〇ᅮᗻⱘ䞡㽕ᕅડ಴㋴ˈ೑ݙ໪Ⳍ݇ⷨおᏆ㒣ফࠄ᱂䘡݇⊼DŽሑㅵ䆹ᮍ䴶ⷨおᏆপᕫ䭓䎇䖯ℹˈԚ㺖䱭࣪ችԧ⏫⌕Ϣᑨ࡯㗺ড়䯂乬ⷨおⱘ࡯ᄺ῵ൟ੠ߚᵤᮍ⊩ㄝҡᄬ೼䆌໮䯂乬Ϣϡ䎇ˈ䲒ҹ⒵䎇ᔧࠡᎹ⿟䳔∖DŽ಴ℸˈᓔሩ㺖䱭࣪ችԧ⏫⌕Ϣᑨ࡯㗺ড়ⷨお݋᳝䞡㽕⧚䆎ϢᎹ⿟ᅲ䏉ᛣНDŽᴀ᭛㒧ড়␪फⳕ㞾✊⾥ᄺ෎䞥乍Ⳃüü㺖䱭࣪ችԧ⏫⌕ᑨ࡯㗺ড়ᮍ⊩ⷨおDŽ佪ܜˈḍ᥂㒳䅵

2、ߚᵤᮍ⊩ᕫࠄⱘችԧ㺖䱭ⱘ޴ԩখ᭄Ϣ݊ߚᏗⱘὖ⥛῵ൟˈ߽⫼㩭⡍व㔫ᮍ⊩ˈ᥶䅼њችԧ㺖䱭㔥㒰῵ᢳ⫳៤ᮍ⊩ˈᑊ㓪ࠊњችԧ㺖䱭㔥㒰῵ൟ⫳៤ⱘ⿟ᑣˈЎችԧ㺖䱭㔥㒰⏫⌕Ϣᑨ࡯㗺ড়ⷨお༴ᅮњ෎⸔DŽ݊⃵ˈ䞛⫼ࡴᴗ៾䎱⊩ˈᓎゟњ᮴य़⏫⌕㞾⬅䴶ⱘ⹂ᅮᮍ⊩ˈᅠ୘њ೎ᅮ㔥Ḑ⊩⹂ᅮ⏫⌕㞾⬅䴶ⱘ⧚䆎Ϣᮍ⊩˗✊ৢˈḍ᥂ऩ㺖䱭ⱘ⏫⌕㾘ᕟঞ㺖䱭㔥㒰⏫⌕ⱘ∈ഛ㸵ॳ⧚ˈ෎Ѣ᳝䰤Ꮒߚ⧚䆎ˈߚ߿᥼ᇐߎњ䴲䖲㓁ҟ䋼੠䖲㓁ҟ䋼ⱘ⏫⌕᳝䰤Ꮒߚᮍ⿟ˈҢ㗠ᓎゟњ䴲䖲㓁üㄝᬜ䖲㓁ҟ䋼ⱘ㺖䱭ችԧ⏫⌕Ϣᑨ࡯㗺ড়῵ൟˈᑊ᥶䅼њ⾏ᬷऩܗ⊩ߚᵤችԧ㺖䱭㔥㒰⏫⌕Ϣᑨ࡯㗺ড়䯂乬ⱘᮍ⊩DŽ᳔ৢ

3、ˈ㒧ড়ᶤᢑ∈㪘㛑⬉キഄϟॖ᠓⋲ᅸ㕸Ꮉ⿟䖯㸠䅵ㅫߚᵤˈ⬅䅵ㅫ㒧ᵰᕫߎˈ೼㗗㰥⏫⌕Ϣᑨ࡯㗺ড়԰⫼ᚙމϟˈᑨ࡯ব࣪ᇐ㟈⏫⌕⡍ᗻব࣪ᯢᰒˈ㗠⏫⌕എⱘব࣪জՓᕫ⋲ᅸೈችᑨ࡯๲ࡴˈϡ߽Ѣ⋲ᅸೈችⱘ〇ᅮᗻˈ಴ℸ㽕ܙߚ㗗㰥ϸ㗙໡ᴖⱘ㗺ড়݇㋏ᇍ⋲ᅸೈችⱘᕅડDŽ䗮䖛㒧ড়ᅲ䰙Ꮉ⿟᥶䅼њᴀ᭛ᦤߎⱘ⏫⌕Ϣᑨ࡯㗺ড়῵ൟϢ⧚䆎ⱘᑨ⫼ᗻˈ㸼ᯢњᴀ᭛ⷨお៤ᵰⱘ䕗Ўড়⧚ˈ䖯ϔℹᅠ୘њ㺖䱭࣪ችԧ⏫⌕ᑨ࡯㗺ড়ⷨおⱘ⧚䆎DŽ݇䬂䆡˖㺖䱭ችԧ˗㩭⡍व㔫˗⏫⌕˗㗺ড়˗᳝䰤Ꮒߚ˗⾏ᬷऩܗ⊩˗ę㺖䱭࣪ችԧ㔥㒰⏫⌕ᑨ࡯㗺ড়᭄ؐߚᵤϢᎹ⿟ᑨ⫼AbstractSeepageand

4、stresscouplinginfracturedrockmassesisoneoftheimportantfactorstoinfluencethereliabilityofthestructuralengineering,andtherehavebeenpaidmuchattentiontotherelatedstudieshomeandabroad.Althoughgreatadvancehasbeenmadeinthesestudies,themechanicalmodelandanalysismethodsofs

5、eepageandstresscouplingoffracturedrockmassesstillexistmanyshortages,whichishardtosatisfypracticalengineeringrequirements.Therefore,theworktoresearchseepageandstresscouplinginfracturedrockmasseshasimportanttheoreticalandpracticalmeanings.Inthispaper,combiningthenat

6、uralsciencefunditemofHunanprovince-Studyonthemethodofseepageandstresscouplingoffracturedrockmasses,first,thegeometricparametersofrockmassesanditsprobabilitymodelofthedistributionwereworkedoutaccordingtothestatisticanalysismethods,andthemethodwasdiscussedtogenerate

7、rockmassesfracturenetworkmodelbyusingMonte-Carlomethod.Inthispaper,aprogramtogenerateanalogicalrockmassesfracturenetworkmodelwascompiledinthispaper,whichisthebasicmodelofthestudyonseepageandstresscouplingofrockmasses.Secondly,anewmethodcalledweightedinterceptmetho

8、dwasproposedinthispaper,whichwasusedtosolvetheproblemofunconfinedseepagewithfreesurface,whichperfectedthefixedmeshtheoryforseepageanalysis.Then,accordin