深入融合岩石力学的煤层气地质与开发类课程教学探索

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中图分类号：G642 文献标志码：A 文章编号：2096-000X（2025）24-0105-05

Abstract：Coalbedmethanegeologyanddevelopmentcoursesare thecorebasiccoursesofcoalandcoal-bed methane enginering，miningengineeing，petroleumengineeringandotermajors，whichplayanimpotantsupportingroleinthetraining ofmining talents.However，thecurentcurrculumtraining programtends tothe knowledgeoffuidmechanicssystem，andfails toformaninteractiveinterconectionefectwiththecontentofrockmechanics.Inordertopracticethedevelopmentconceptof "newenginering"andimprovetheteachingefectofcoal-bedmethanegeologyanddevelopmentcourses，thenecesityofindepthintegrationofcoalbedmethanegeologyanddevelopmentcourses withrock mechanicswasanalyzed，andvariousteaching reformswerecarredout，suchasstrengtheningcoursecontent，updatingexperimentalteachingandcros-disciplinarityandanew directionandpathofteachingreformofcoal-bedmethanegeologyanddevelopmentcoursesdeeplyintegratedwithrock mechanicswasalsoexploredandputforward.Thepracticeshowsthattheaboveteachingexplorationcanefectivelyenhance students‘learning interest and enhance their ability to solve practical problems.

Keywords：newenginering;teaching exploration；rock mechanics；coalbedmethanegeologyanddevelopment;virtual simulation teaching

甲烷的温室效应是二氧化碳的数十倍。（剩余6637字）