Quality Course Project - Southeast UniversityArchitectural MechanicsChangwen MI, PhDSchool of Civil EngineeringSoutheast UniversitySipailou 2#, Civil Engr. Rm. #811Nanjing, Jiangsu 210096(phone) 8379-2248, (email) mi@seu.edu.cn
Quality Course Project – Southeast University Architectural Mechanics Changwen MI, PhD School of Civil Engineering Southeast University Sipailou 2#, Civil Engr. Rm. #811 Nanjing, Jiangsu 210096 (phone) 8379-2248, (email) mi@seu.edu.cn
Outline1. General Information2. About the Instructors3. Major Contents of the Course4. Conclusions
1. General Information 2. About the Instructors 3. Major Contents of the Course 4. Conclusions Outline
Introduction> Audience: undergraduate students withforeign nationalities majoring in architecture> Course history: 6 years (2010-2016)V Instructors: Profs. Changwen Mi, BaijianWu and Xiaobao Li福 Contact: Changwen Mi, (phone)13611568828, (email) mi@seu.edu.cn
Introduction Audience: undergraduate students with foreign nationalities majoring in architecture Course history: 6 years (2010-2016) Instructors: Profs. Changwen Mi, Baijian Wu and Xiaobao Li Contact: Changwen Mi, (phone) 13611568828, (email) mi@seu.edu.cn
Schedule as of Spring 2016 Semester> Organization: 16 Classroom lectures Meeting time: Tuesday 08:50-11:25Credits: 3Credit hours: 48 0ffice hours: Tuesday 14:00-16:30Thursday 09:00-11:30, or by appointment
Schedule as of Spring 2016 Semester Organization: 16 Classroom lectures Meeting time: Tuesday 08:50-11:25 Credits: 3 Credit hours: 48 Office hours: Tuesday 14:00-16:30, Thursday 09:00-11:30, or by appointment
References (Textbook not Reguired)> Vector Mechanics for Engineers: Statics & Dynamics, F.P. Beer.E.R. Johnston and E.R. Eisenberg, 9th Ed., 2009, McGraw Hill.> Mechanics of Materials, F.P. Beer, E.R. Johnston and J.T. Dewolff6th Ed.. 2012, McGraw Hill.> Structural Mechanics, S.H. Bao and Y.Q. Gong, Wuhan Universityof Technology Press, 2007DITIOR普造高等教育“十一五国家级服划教材VECTOR MECHANICSMECHANICSFOR ENGINEERSOfMATERIALSSTATCStructural MechanicsFerdinandP.BeerBao ShihuuaGong YaogingE.RussellJohnston,Jr.JohnT.DeWolfDavidF,MazurekPYNAMIOWukan Univerityor Technology PresBEERJOHNSTONMAZUREKCORNWELLEISENBERGNinthIdifie
References (Textbook not Required) Vector Mechanics for Engineers: Statics & Dynamics, F.P. Beer, E.R. Johnston and E.R. Eisenberg, 9th Ed., 2009, McGraw Hill. Mechanics of Materials, F.P. Beer, E.R. Johnston and J.T. Dewolf, 6 th Ed., 2012, McGraw Hill. Structural Mechanics, S.H. Bao and Y.Q. Gong, Wuhan University of Technology Press, 2007
Grading Policy> Present work in a comprehensive, neat, andorderly fashion to receive full credit> Work must be turned in by the due dateunless prior arrangements are made.> The assignments are weighted as followsPercentageAssignment category40%Attendance,Homework,Quizzes60%Final exam100%Course total
Present work in a comprehensive, neat, and orderly fashion to receive full credit. Work must be turned in by the due date unless prior arrangements are made. The assignments are weighted as follows: Assignment category Percentage Attendance, Homework, Quizzes 40% Final exam 60% Course total 100% Grading Policy
http://civil.seu.edu.cn/mi/am/O-CStrength of Materiabshttp://emZ.yolasite.comBacktoThis pagecan'tbedisplayed (Alt-Left)Strength of MaterialsSearch This Site SearchHomeStopbrowsing.StartreadingCourse DescriptionThiswebsitehasbeenelaboratedforthelecturingeffortsonEngineeringMechanicsII&StrengthofMaterialsheldinconnectionwiththeundergraduatecoursesonavarietyofengineeringdisciplinesinSyllabustheSchoolofCivilEngineering,Transportation,MechanicalEngineeringandEnergy&Environmentat theSoutheast University.The course is typicallyaddressed at 3rd or 4th semester undergraduateIntroduction to Statiesstudents.Lecture NotesMost of the lecture notes have to a moderate extent been based on its Chinese version developed by anumberofinstructorsintheDepartmentofEngineeringMechanicsattheSoutheastUniversitybutHomework Problems Setshave been substantively revised and translated by the authors to betterfulfill the requirements of thecourse.All of these lecturenotes as well asa number of extra referencematerialsfocusing ontheSampleTestssubjectmatteraremadeavailable on-linethroughthiswebsite.TheauthorsprovidethesematerialswiththeprimaryintentionofmakingthemaccessibleelectronicallytostudentsthroughwebsearchesSupplementalMaterialsandforbrowsingandstudyon computers.Inanyevent,authors ofindividualmaterialsretaintheownershipofthecopyright.Hard-copyprintingoftextbooks,inparticular,issubjectedtothesameAnimationscopyrightrulesastheywouldbeforaprintedbookReferencesThis website is careful to address the interests and background of the various engineering students atthe Southeast University.It is divided into fourteen modules, each pertaining to a specific purposeLinksThecontentis organizedasfollows,intheorderastheyappear onthenavigationpane.Aboutthe InstructorsHomeproducesageneral background, originand organizationofthewebsiteContactUsCourseDescription introduces theobjectives,generalapproaches,chapterorganization andpedagogicalfeaturesofthelecturenotes.Syllabus provides students with several syllabuses of different credit hours, each includingteachingrequirements,laboratoryrequirements,expectationsuponcompletion,hoursallocationandgradingpolicy.AbouttheInstructorspresentsthestudentsabriefintroduction ofinstructorsinvolved intheteaehingtasksofthecourseunderdiscussion.Mostofthemarealsothedesignerandimplementersofthiswebsite
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http://civil.seu.edu.cn/mi/experiment/价女您htp:/cil.seu.edu.cn/mi/experiment/list.htm0-力学实验工具爱助H)文性用聊E三V收丽实（A)首页课题组成员科研成果建筑力学材料力学固体力学基础弹性力学力学实验实验概述当前位置：首页|力学实验拉伸实验Introcutiontothiswebpage常数测定Strength of Materials, offten termed also as Mechanics of Materials, is generally the name applied to a discipline in应变增强which the stress,strain and deflections ofloaded structural elements areconsidered.To bemore specific,it is the剪切实验physical science that examines the distribution ofinternal forces of a solid body,typically a prismatic bar,duetomechanical and thermal loads and the body's reaction to deformation扭转实验弯曲正应力This Strength of Materials Virtual Laboratory presents the laboratory aspects of this subject, in an imaginary way.It is intended to give an experimental understanding and verification of the coursework covered in Strength of压缩与失稳Materials. Students will have the opportunity to review the theory, appreciate the fundamental hypotheses andclarify the deformation modes ofa prismatic bar by watching animated pictures. Animations present experimental参考文献tests on different materials in tension, compression,torsion,bending,shear,buckling,and some combinations ofthem.By watching the provided tests, students get a near-realisticfeel of the experiment, which in tum help them tounderstand the theory,and compare the experimental results with handbook values.A shortquiz is provided at theend ofthe each labtotest theunderstanding of students,followed by a list offurtherreading topics on the subjectmatter.However, it should always be kept in mind that this virtual laboratory is not intended to replace the realexperiments. It is designed to give those who have difficulty to access real experiments a simulated experimentalenvironment, Naturally,many factors such as the operation ofequipment and discussion ofunexpected resultscannot be reflectedMechanical TestingBecause ofthe need to compare measured properties and performance on a common basis, users and producers ofengineering materials use standardized test methods such as those developed by ASTM and ISO.These standardsprescribe the method by which the test specimen will be prepared and tested, as well as how the test results will beanalyzed and reported
http://civil.seu.edu.cn/mi/experiment/
Course Website: http://em2lab.yolasite.comStress-Strain Diagram for aTypical DuctileMaterial(Notto Scale)个NominalStressElastic+NominalStrain
Course Website: http://em2lab.yolasite.com
Course Website: http://em2lab.volasite.comTransverseBending of a Simply SupportedBeamCompressionIVMRFreeBodyDiagram(Left)TensionEnlargedViewofBending StressesCuthere.F-
Course Website: http://em2lab.yolasite.com