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水利水电工程英文版课程描述


河海大学水利水电工程专业课程描述
Course description for students majoring in Water Conservancy and Hydropower Engineering

专业名称:水利水电工程 Major name : Water Conservancy and Hydropower Engineering 课程名称:高等数学 1(80 学时) Course name:Advanced Mathematics 1(80hours) 课程描述: Course Overview: 学期:1 Term:1 学年:2011-2012 年 Academic year:2011-2012

高等数学课程是高等学校工科本科各专业学生的一门必修的重要基础理论课,通过本课程的学习,使学生获得: 函数与极限、一元函数的导数与微分,中值定理与导数应用、不定积分、定积分、定积分的应用、空间解析几 何和向量代数等方面的基本概念、基本理论和基本运算技能,为学习后继课程和进一步获得数学知识奠定了必 要的数学基础。

Advanced mathematics is an important basic theory course compulsory for undergraduates of all engineering majors of institutions of higher education. In this course, students can learn the basic concepts, basic theories and basic computing skills in respect of functions and limits, derivative and differential of function of one variable, mean value theorem and application of derivative, indefinite integral, definite integral, application of definite integral, spatial analytic geometry, vector algebra, etc., laying a necessary mathematical foundation for subsequent courses and further learning mathematical knowledge.

课程目标: Course Objectives: 1 使学生获得函数与极限、一元函数的导数与微分,中值定理与导数、不定积分、定积分、空间解析几何和向量 代数等方面的知识 To let students learn knowledge in respect of functions and limits, derivative and differential of function of one variable, mean value theorem and application of derivative, indefinite integral, definite integral, spatial analytic geometry, vector algebra, etc.; 2 掌握基本理论和运算技能,为后续课程提供必不可少的数学基础知识 To master basic theories and basic operation skills, providing essential basic mathematical knowledge for subsequent courses; 3 为解决实际问题提供有效的数学方法 To provide effective mathematical methods to solve actual problems.

成绩评定: Achievement assessment: 考核采用平时成绩与期中考试、期末考试,理论与实践相结合的方式 Assessment is conducted by way of combination of usual performance, midterm examination, final examination, theory and practice. 1: 平时成绩:10%,形式有课堂考勤和课堂作业。 Usual performance: 10%, in the form of class attendance and class work. 2:期中考试:20%,形式为笔试。 Midterm examination: 20%, in the form of written examination. 3:期末考试:70%,形式为笔试。 Final examination: 70%, in the form of written examination. 笔试:期中卷面 100 分,按 20%折合成绩,考试时间为 120 分钟。 期末卷面 100 分,按 70%折合成绩,考试时间为 120 分钟。

Written examination: 100 scores for midterm examination, which will be converted into results at the percentage of 20%, and the examination time is 120 minutes; 100 scores for final examination, which will be converted into results at the percentage of 70%, and the examination time is 120 minutes;

课程名称:高等数学 2 (96 学时) Course name:Advanced Mathematics 2(96hours)

学期:2 Term:2

学年:2011-2012 年 Academic year:2011-2012

课程描述: Course Overview:

高等数学课程是高等学校工科本科各专业学生的一门必修的重要基础理论课,通过本课程的学习,使学生获得: 无穷级数、多元函数微分法及其应用、重积分、曲线积分与曲面积分、微分方程及其应用等方面的基本概念、 基本理论和基本运算技能,为学习后继课程和进一步获得数学知识奠定了必要的数学基础。

Advanced mathematics is an important basic theory course compulsory for undergraduates of all engineering majors of institutions of higher education. In this course, students can learn the basic concepts, basic theories and basic computing skills in respect of infinite series, differential of function of many variables and its application, multiple integral, curve integral and surface integral, differential equation and its application, etc., laying a necessary mathematical foundation for subsequent courses and further learning mathematical knowledge.

课程目标: Course Objectives: 1 使学生获得无穷级数、多元函数微分、重积分、曲线积分与曲面积分、微分方程等方面的知识 To let students learn knowledge in respect of infinite series, function of many variables, multiple integral, curve integral and surface integral, differential equation, etc.;

2 掌握基本理论和运算技能,为后续课程提供必不可少的数学基础知识 To master basic theories and basic computing skills, providing essential basic mathematical knowledge for subsequent courses; 3 为解决实际问题提供有效的数学方法 To provide effective mathematical methods to solve actual problems.

成绩评定: Achievement assessment:

考核采用平时成绩与期中考试、期末考试,理论与实践相结合的方式 Assessment is conducted by way of combination of usual performance, midterm examination, final examination, theory and practice. 1: 平时成绩:10%,形式有课堂考勤和课堂作业。 Usual performance: 10%, in the form of class attendance and class work. 2:期中考试:20%,形式为笔试。 Midterm examination: 20%, in the form of written examination. 3:期末考试:70%,形式为笔试。 Final examination: 70%, in the form of written examination. 笔试:期中卷面 100 分,按 20%折合成绩,考试时间为 120 分钟。 期末卷面 100 分,按 70%折合成绩,考试时间为 120 分钟。

Written examination: 100 scores for midterm examination, which will be converted into results at the percentage of 20%, and the examination time is 120 minutes; 100 scores for final examination, which will be converted into results at the percentage of 70%, and the examination time is 120 minutes;

课程名称:大学物理 1 (48 学时) Course name: Physics 1(48hours) 课程描述: Course Overview:

学期:2 Term:2

2011-2012 年 2011-2012

大学物理,是大学理工科类的一门基础课程,通过课程的学习,使学生熟悉自然界物质的结构,性质,相互作 用及其运动的基本规律,为后继专业基础与专业课程的学习及进一步获取有关知识奠定必要的物理基础。大学 物理包括经典物理和近代物理,其中经典物理包括:运动,流体,热,声,光,电,磁等;现代物理包括:相对 论,原子结构,量子论,核物理,基本粒子学。

Physics is a basic course for undergraduates of science and engineering. In this course, students can get familiar with the structure, nature and interaction of matters in nature and basic laws of their motions, laying a necessary physical foundation for learning subsequent basic and professional courses and for further acquiring relevant knowledge. Physics includes classical physics and modern physics, where classical physics include: exercise, fluids, heat, sound, light, 课程目标: electricity, magnetism, etc.; modern physics, including: the theory of relativity, atomic structure, quantum theory, Course Objectives : nuclear physics, elementary particle physics.. 1 使学生对物质的基本结构、基本相互作用、基本运动形式与规律形成较完整的认识, To let students have a complete understanding of the basic structure, fundamental interactions and basic form and law of motion of matters; 2 培养学生辩证唯物主义的思想方法和先进的自然观与科学观 To train students’ way of thinking of dialectical materialism and advanced view of nature and science;

3 帮助学生掌握研究物质运动规律的基本方法,提高自学、研究和创新能力。 To help students to master the basic methods for studying the law of motion of matters and improve their capacities in respect of self-study, research and innovation;

成绩评定: Achievement assessment:

考核采用平时成绩与期中考试、期末考试,理论与实践相结合的方式 Assessment is conducted by way of combination of usual performance, midterm examination, final examination, theory and practice. 1: 平时成绩:10%,形式有课堂考勤和课堂作业。 Usual performance: 10%, in the form of class attendance and class work. 2:期中考试:20%,形式为笔试。 Midterm examination: 20%, in the form of written examination. 3:期末考试:70%,形式为笔试。 Final examination: 70%, in the form of written examination. 笔试:期中卷面 100 分,按 20%折合成绩,考试时间为 120 分钟。 期末卷面 100 分,按 70%折合成绩,考试时间为 120 分钟。

Written examination: 100 scores for midterm examination, which will be converted into results at the percentage of 20%, and the examination time is 120 minutes;

课程名称:几何与代数( 48 学时) 100 scores for final examination, which will be converted into results at the percentage of 70%, and 年 the examination 学期 :2 学年: 2011-2012 time is 120 minutes; Term:2 Academic year:2011-2012 Course name:Geometry & Algebra(48hours) 课程描述: Course Overview:

几何与代数是高等学校工科本科各专业学生的一门必修的重要基础理论课,是数学的一个分支,它的研究对象 是向量、向量空间、线性变换和有限维的线性方程组。由于线性问题广泛存在于科学技术的各个领域,而某些 非线性问题在一定条件下可以转化为线性问题,因此本课程所介绍的方法广泛地应用于各个领域。

Linear algebra is an important basic theory course compulsory for undergraduates of all engineering majors of institutions of higher education. It is a branch of mathematics and its research objects are vector, vector space, linear transformation and finite dimensional linear simultaneous equations. Since the linear problem is widely used in various fields of science and technology and some nonlinear problems can be transformed into linear problems under certain conditions, the methods described in this course are widely used in various fields. 课程目标: Course Objectives: 1.通过教学,使学生掌握线性代数的基本理论与方法 To let students master the basic theories and methods of linear algebra in learning; 2.培养学生应用线性代数的数学方法去解决实际问题的能力 To train students’ ability to solve practical problems with the mathematical methods of linear algebra; 3 为学习相关课程进一步扩大数学知识面并奠定必要的数学基础 To further expand the mathematical knowledge and lay a necessary mathematical foundation for relevant courses.

成绩评定: Achievement assessment: 考核采用平时成绩与期末考试,理论与实践相结合的方式 Assessment is conducted by way of combination of usual performance, final examination, theory and practice. 1: 平时成绩:30%,形式有课堂考勤、回答问题和课堂作业。 Usual performance: 30%, in the form of class attendance and class work. 2:期末考试:70%,形式为笔试。 Final examination: 70%, in the form of written examination. 笔试:卷面 100 分,按 70%折合成绩,考试时间为 120 分钟。

100 scores for final examination, which will be converted into results at the percentage of 70%, and the examination time is 120 minutes; 课程名称:工程制图(48+32 学时)

学期:1&2 Course name:Engineering Drawing 1(48+32hours) Term:1&2 课程描述: Course Overview:

学年:2011-2012 年 Academic year:2011-2012

《工程制图》是高等学校工科专业的技术基础课。分为两个部分来上课,第一个部分是研究在平面上用图形表 示形体和解决空间几何问题的理论和方法的学科,其内容包括画法几何、制图基础、专业制图三个部分。画法 几何的内容还包含投影变换、截交线、相贯线和展开图等。投影基础部分以点线面、立体截交、相贯、组合体 等内容。同时工程制图是机械制图的投影理论基础,它应用投影的方法研究多面正投影图、轴测图、透视图和 标高投影图的绘制原理,其中多面正投影图是主要研究内容。第二个部分研究了 CAD 的画法及制图基本知识, 包括点、直线及平面的投影,立体的投影,轴测图,组合体视图,机件的常用表达方法,标准件和常用件、零 件图,装配图,计算机交互绘图系统,计算机绘制二维平面图,计算机绘制三维立体图。 课程目标: Course Objectives: 1 掌握投影原理及其应用 To master projection principles and their application; 2 培养对三维形象的逻辑思维和形象思维能力 To train the logical thinking and image thinking skills ability for three-dimensional images; 3 贯彻制图标准,进行绘制工程图的基础训练 To implement drawing standards and conduct basic training for drawing engineering drawings; 4 掌握绘制和阅读工程图样的方法 To master the methods for drawing and reading engineering drawings; 5 掌握徒手绘图的基本技术 To master the basic techniques of freehand drawing; 6 熟练掌握 CAD 画图的专业知识,并且能够熟练运用 CAD 画图软件进行计算机内二维三维图纸的绘制。

成绩评定: Achievement assessment: 考核采用平时成绩与期末考试,理论与实践相结合的方式 Assessment is conducted by way of combination of usual performance, final examination, theory and practice. 1: 平时成绩:30%,形式有课堂考勤、回答问题和课堂作业。 Usual performance: 30%, in the form of class attendance and class work. 2:期末考试:70%,形式为笔试与上机画图。 Final examination: 70%, in the form of written examination and drawn on the computer.

笔试:卷面 100 分,按 70%折合成绩,考试时间为 120 分钟。 100 scores for final examination, which will be converted into results at the percentage of 70%, and the examination time is 120 minutes;

课程名称:理论力学 Course name:Theoretical Mechanics 课程描述: Course Overview:

学期:3 Term:3

2012-2013 年 2012-2013

理论力学主要研究刚体的力学性能及运行规律,是力学的基础学科,由静力学、运动学和动力学三大部分组成。 静力学部分介绍静力学基本概念和公理、物理受力分析方法、平面汇交力系、力矩和力偶矩、平面任意力系的 合成与平衡问题以及摩擦的基本理论、有摩擦存在的平衡问题的分析方法。运动学部分介绍了点的运动合成, 科氏加速度,刚体平面运动的速度分析方法,刚体平面运动的加速度分析方法。动力学介绍了其基本概念包括 动量定理,质心运动定理,刚体对于定点的动量矩定理,刚体对于质心的动量矩定理:动能、势能、动能定理, 达朗贝尔原理,虚位移原理及其在静力分析中的应用。单自由度系统振动方程与振动特征量等。

课程目标: Course Objectives: 1 掌握经典力学的基本理论和基本方法 To grasp the basic theories and methods of classical mechanics; 2 运用理论和方法解决一些简单的工程实际问题 To apply the theories and methods to solve some simple practical engineering problems; 3 为后续课程打下坚实的力学理论基础 To lay a theoretical foundation of solid mechanics for subsequent courses; 成绩评定: Achievement assessment: 课程名称:测量学 学期:2 2011-2012 年 考核采用平时成绩与期末考试,理论与实践相结合的方式 Term : 2 2011-2012 Course name:Surveying Assessment is conducted by way of combination of usual performance, final examination, theory and practice. 1: 平时成绩:30%,形式有课堂考勤、回答问题和课堂作业。 课程描述: Usual performance: 30%, in the form of class attendance and class work. Course Overview:

课程内容包括水准测量、角度测量、距离测量与直线定向、测量误差的基本知识、小区域控制测量、大比例尺 2:期末考试:70%,形式为笔试。 Final examination: 70%, in the form of written examination. 地形图的测绘、地形图的应用、施工测量的基本工作、工业与民用建筑施工测量、道路工程测量、 “3S”技术的 集成与应用简介等。 笔试:卷面 100 分,按 70%折合成绩,考试时间为 120 分钟。 The leveling surveying, surveying, range and linearof orientation, knowledge 100 course scores contents for final include examination, which will beangular converted into results atsurvey the percentage 70%, and basic the examination of survey error, small regional control survey, surveying and mapping of large-scale topographic maps, application of time is 120 minutes; topographic map, basic work of construction survey, construction survey for industrial and civil buildings, road engineering survey, brief introduction to the integration and application of "3S" technology, etc.

课程目标: Course Objectives: 1 能够理解测绘的基本概念、基本理论和方法 To understand the basic concepts, theories and methods of surveying and mapping; 2 能够使用各种常规测量仪器和工具做基本的工程测量工作,能够对测量数据进行处理 To be able to use a variety of conventional surveying instruments and tools for basic engineering survey; 3 了解测绘图的成图过程与测绘方法,熟练地阅读和应用地图 To understand the mapping process and mapping methods and to proficiently read and apply maps; 成绩评定: Achievement assessment: 考核采用平时成绩与期末考试,理论与实践相结合的方式 Assessment is conducted by way of combination of usual performance, final examination, theory and practice. 1: 平时成绩:30%,形式有课堂考勤、回答问题和课堂作业。 Usual performance: 30%, in the form of class attendance and class work.

2:期末考试:70%,形式为笔试。 课程名称:大学物理 2(64 学时) 学期:3 学年:2012-2013 年 Final examination: 70%, in the form of written examination. Term:3 Academic year:2012-2013 Course name:Physics 2(64hours) 笔试:卷面 100 分,按 70%折合成绩,考试时间为 120 分钟。 100 scores for final examination, which will be converted into results at the percentage of 70%, and the examination time is 120 minutes;

课程描述: Course Overview:

在大学物理 1 的基础上,进一步介绍自然界物质的结构,性质,相互作用及其运动的基本规律,并加深了对经 典物理、近代物理重点的介绍,为后继专业基础与专业课程的学习及进一步获取有关知识奠定必要的物理基础。

It further introduces the structure, nature and interaction of matters in nature and basic laws of their motions and deepens the introduction to classical physics and modern physics on the basis of College Physics 1, laying a necessary physical foundation for learning subsequent basic and professional courses and for further acquiring relevant knowledge. 课程目标: Course Objectives: 1 掌握物理学基本知识、基本概念、基本规律和基本方法 To master the basic knowledge, concepts, laws and methods of physics;

2 了解当代物理学发展概况、了解当代高新技术发展的物理基础 To understand the development overview of modern physics and to understand the physical foundation for contemporary high-tech development;

3 帮助学生掌握研究物质运动规律的基本方法,提高自学、研究和创新能力。 To help students to master the basic methods for studying the laws of motion of matters and improve their capacities in respect of self-study, research and innovation; 成绩评定: Achievement assessment:

考核采用平时成绩与期中考试、期末考试,理论与实践相结合的方式 Assessment is conducted by way of combination of usual performance, midterm examination, final examination, theory and practice. 1: 平时成绩:10%,形式有课堂考勤和课堂作业。 Usual performance: 10%, in the form of class attendance and class work. 2:期中考试:15%,形式为笔试。 Midterm examination: 15%, in the form of written examination. 3:期末考试:75%,形式为笔试。 Final examination: 75%, in the form of written examination. 笔试:期中卷面 100 分,按 15%折合成绩,考试时间为 120 分钟。 期末卷面 100 分,按 75%折合成绩,考试时间为 120 分钟。

Written examination: 100 scores for midterm examination, which will be converted into results at the percentage of 15%, and the examination time is 120 minutes;

100 scores for final examination, which will be converted into results at the percentage of 75%, and the examination time is 120 minutes;

课程名称:概率论与数理统计(48 学时) Course name : Probability Theory and Mathematical Statistics(48hours) 课程描述: Course Overview:

学期:3 Term:3

学年:2012-2013 年 Academic year:2012-2013

该课程的主要内容包括:概率论的基本概念、随机变量及其概率分布、数字特征、大数定律与中心极限定理、 统计量及其概率分布、参数估计和假设检验、回归分析、方差分析、马尔科夫链等。

The main contents of this course include: basic concepts of probability theory, random variables and their probability distribution, digital features, law of large numbers and central limit theorem, statistic and its probability distribution, parameter estimation and hypothesis testing, regression analysis, analysis of variance, Markov chain, etc.

课程目标: Course Objectives: 1 通过教学,使学生掌握概率与统计的基本理论与方法 To let students master the basic theories and methods of probability and statistics through teaching; 2 掌握一些分析和处理随机现象的能力 To master the ability to analyze and process random phenomena; 3 使学生运用科学的思维去解决生活中复杂的随机现象 To allow students to use scientific thinking to solve complex random phenomena in life; 4 为学习相关课程进一步扩大数学知识面并奠定必要的数学基础 To further expand the mathematical knowledge and lay a necessary mathematical foundation for relevant courses.

成绩评定: Achievement assessment: 考核采用平时成绩与期末考试,理论与实践相结合的方式 Assessment is conducted by way of combination of usual performance, final examination, theory and practice. 1: 平时成绩:30%,形式有课堂考勤、回答问题和课堂作业。 Usual performance: 30%, in the form of class attendance and class work. 2:期末考试:70%,形式为笔试。 Final examination: 70%, in the form of written examination.

笔试:卷面 100 分,按 70%折合成绩,考试时间为 120 分钟。 100 scores for final examination, which will be converted into results at the percentage of 70%, and the examination time is 120 minutes; 课程名称:材料力学(64 学时) Course name:Material Mechanics(64hours) 学期:4 Term:4 学年:2012-2013 年 Academic year:2012-2013

课程描述: Course Overview: 本课程先研究杆件在拉压、扭转和弯曲等基本变形下的内力、应力、变形和强度、刚度计算及超静定问题。 , 然后讲述应力状态、强度理论、组合变形和连接件的强度计算,继而一次讲述考虑材料塑性的极限分析、能量 法、压杆稳定和动荷载及交变应力等内容。 This course introduces the bar in tension and compression, torsion and bending deformation under force, stress, deformation and strength, stiffness calculation and hyperstatic problem, then tells the calculation of stress state, the strength theory, combination of deformation and strength of connections. Then turn on the extreme plasticity analysis, energy method, stability and dynamic load and alternating stress content.

课程目标: Course Objectives: 1 材料力学的主要课程目标是为未来的工程师提供分析和设计不同机械和承载结构的技能。 The main objective of the study of mechanics of materials is to provide the future engineer with the means of analyzing and designing various machines and load bearing structures. 2 研究材料在外力作用下破坏的规律,为受力构件提供强度,刚度和稳定性计算的理论基础条件;

成绩评定: Achievement assessment: 考核采用平时成绩与期末考试,理论与实践相结合的方式 Assessment is conducted by way of combination of usual performance, final examination, theory and practice. 1: 平时成绩:30%,形式有课堂考勤、回答问题和课堂作业。 Usual performance:30%, in the form of class attendance and class work. 2:期末考试:70%,形式为笔试。 Final examination: 70%, in the form of written examination.

笔试:卷面 100 分,按 70%折合成绩,考试时间为 120 分钟。 100 scores for final examination, which will be converted into results at the percentage of 70%, and the examination time is 120 minutes;

课程名称:水力学(72 学时) Course name:Hydraulics(72hours)

学期:4 Term:4

学年:2012-2013 年 Academic year:2012-2013

课程描述: Course Overview:

学习内容包括:水静力学、水动力学理论基础;相似原理与量纲分析;流动阻力与水头损失;有压管路;孔口、 管嘴出流、闸孔出流与堰流;明渠均匀流;明渠非均匀流;渗流等。

The learning contents include: theoretical foundation of hydrostatics and hydrodynamic theory; analysis of similar principles and dimensions; flow resistance and head loss; pressure piping; orifice, nozzle flow, gate orifice flow and weir flow; uniform flow of open channel; non-uniform flow of open channel; seepage, etc.

课程目标: Course Objectives: 1 掌握水力学的基本概念、基本原理及基本计算方法 To master the basic concepts, principles and calculation methods of hydraulics;

2 掌握实验的基本技能,并具有一定的分析、解决本专业设计水力学问题的能力 To master the basic skills of experiments, and the ability to analyze and solve problems in hydraulics of professional design; 3 为后续专业课程的学习、从事技术工作打下良好的基础 To lay a good foundation for learning of subsequent courses and doing technical work; 成绩评定: Achievement assessment: 考核采用平时成绩与期末考试,理论与实践相结合的方式 Assessment is conducted by way of combination of usual performance, final examination, theory and practice.

1: 平时成绩:30%,形式有课堂考勤、回答问题和课堂作业。 Usual performance: 30%, in the form of class attendance and class work. 2:期末考试:70%,形式为笔试。 Final examination: 70%, in the form of written examination. 笔试:卷面 100 分,按 70%折合成绩,考试时间为 120 分钟。 100 scores for final examination, which will be converted into results at the percentage of 70%, and the examination time is 120 minutes;

课程名称:工程材料(24 学时) Course name: Engineering Materials(24hours)

学期:4 Term:4

学年:2012-2013 年 Academic year:2012-2013

课程描述: Course Overview:

以无机胶凝材料、混凝土和砂浆、钢材、沥青及沥青混合料为重点,分别介绍了这些土木工程材料的性能和应 用,同时还介绍了木材、合成高分子材料、墙体材料以及功能材料等。教材还介绍了常用的土木工程材料的质 量检测试验方法,以及新型土木工程材料的基本知识。

It stresses on inorganic cementing materials, concrete and mortar, steels, asphalt and asphalt mixture and describes the properties and application of civil engineering materials. In addition, it also introduces wood, synthetic polymer materials, wall materials and functional materials, etc. The textbook also introduces the quality test methods for common civil engineering materials and the basic knowledge of new civil engineering materials. 课程目标: Course Objectives: 1 掌握土木工程中主要应用的材料种类及其性能。 To master the types of materials mainly applied in civil engineering and their properties; 2 与后续专业紧密结合,保证工程建筑物的稳定安全。 To be closely related to subsequent majors to ensure stable and secure engineering buildings;

成绩评定: Achievement assessment: 考核采用平时成绩与期末考试,理论与实践相结合的方式 Assessment is conducted by way of combination of usual performance, final examination, theory and practice. 1: 平时成绩:20%,形式有课堂考勤、回答问题和课堂作业。 Usual performance: 10%, in the form of class attendance and class work. 2:期末考试:80%,形式为笔试。 Final examination: 80%, in the form of written examination.

笔试:卷面 100 分,按 80%折合成绩,考试时间为 120 分钟。 100 scores for final examination, which will be converted into results at the percentage of 80%, and the examination time is 120 minutes;

课程名称:大学化学(32 学时) Course name:College Chemistry(32hours)

学期:4 Term:4

学年:2012-2013 年 Academic year:2012-2013

课程描述: Course Overview: 通过将原分属于高等工科院校化学化工与非化学化工专业的无机化学、物理化学和有机化学的教学内容进行整 合和取舍,将具有相似性与连贯性的无机化学和物理化学内容安排在一起,同时对有机化学的基本知识进行较 完整的介绍

通过介绍化学基本原理、基本技术和基本方法,从而把化学与生命科学和技术、医学、药学、材料的紧密联系。 介绍了化学在这些学科中的应用,主要内容包括物质的聚集态、分散体系、化学反应的基本规律、溶液中的四 大平衡及相关分析方法、物质结构、元素化合物、仪器分析方法。

课程目标: Course Objectives:

熟练掌握化学基本原理、基本技术和基本方法,从而把化学与生命科学和技术、医学、药学、材料的紧密联系, 并吧化学在这些学科中实践和应用。

成绩评定: Achievement assessment: 考核采用平时成绩与期末考试,理论与实践相结合的方式 Assessment is conducted by way of combination of usual performance, final examination, theory and practice. 1: 平时成绩:30%,形式有课堂考勤、回答问题和课堂作业。 Usual performance: 30%, in the form of class attendance and class work. 2:期末考试:70%,形式为笔试。 Final examination: 70%, in the form of written examination.

笔试:卷面 100 分,按 70%折合成绩,考试时间为 120 分钟。 100 scores for final examination, which will be converted into results at the percentage of 70%, and the examination time is 120 minutes;

课程名称:水资源规划及利用(48 学时) Course name : Water Resources Planning and Development(48hours)

学期:5 Term:5

学年:2013-2014 年 Academic year:2013-2014

课程描述: Course Overview:

本课程介绍了水资源规划及利用的基本理论和分析计算方法,涉及水资源开发、利用、治理、节约、配置、保 护等多方面,主要内容包括:水资源及其综合利用的基本概念,水资源评价,水资源供需平衡分析,综合利用 水库及兴利调节计算,防洪减灾规划,水能利用及水电站主要特征参数选择,河流综合利用规划及水库群水利 水能计算,水资源管理与保护及水库调度,以及水资源系统分析的基本知识。

课程目标: Course Objectives: 1 学习水资源规划及利用的基本理论与方法,初步掌握相关分析计算方法。

2 掌握一些具体的分析的方法以用到水利工程的实践中

成绩评定: Achievement assessment: 考核采用平时成绩与期末考试,理论与实践相结合的方式 Assessment is conducted by way of combination of usual performance, final examination, theory and practice. 1: 平时成绩:20%,形式有课堂考勤、回答问题和课堂作业。 Usual performance: 20%, in the form of class attendance and class work. 2:期末考试:80%,形式为笔试。 Final examination: 80%, in the form of written examination.

笔试:卷面 100 分,按 80%折合成绩,考试时间为 120 分钟。 100 scores for final examination, which will be converted into results at the percentage of 80%, and the examination time is 120 minutes;

课程名称:钢结构(32 学时) Course name : Steel Structures (32hours)

学期:5 Term:5

学年:2013-2014 年 Academic year:2013-2014

课程描述: Course Overview:

介绍了钢结构是采用钢材制作而成的结构, 是建筑工程的主要结构 形式之一。 课程的主要内容包括材料、 连接、 基本构件三大部分。不同结构形式都是由基本构件联结而成,基本构件的核心问题是稳定问题。

课程目标: Course Objectives: 1 培养学生掌握钢结构设计的理论与方法 To train students to master the theories and methods of steel structures; 2 学习时应重点搞清基本概念与性能,掌握设计原理,熟悉构造要求

成绩评定: Achievement assessment: 考核采用平时成绩与期末考试,理论与实践相结合的方式 Assessment is conducted by way of combination of usual performance, final examination, theory and practice. 1: 平时成绩:20%,形式有课堂考勤、回答问题和课堂作业。 Usual performance: 20%, in the form of class attendance and class work. 2:期末考试:80%,形式为笔试。 Final examination: 80%, in the form of written examination.

笔试:卷面 100 分,按 80%折合成绩,考试时间为 120 分钟。 100 scores for examination, which will be converted into results at the percentage of 80%, and the examination 课程名称:结构力学( 64final 学时) 学期:5 学年:2013-2014 年 time is 120 minutes; Term:5 Academic year:2013-2014 Course name:Structural Mechanics(64hours)

课程描述: Course Overview:

结构力学是固体力学的一个分支,它主要研究工程结构受力和传力的规律,以及如何进行结构优化的学科。结构力学研究 的内容包括结构的组成规则,结构在各种效应(外力,温度效应,施工误差及支座变形等)作用下的响应,包括内力(轴 力,剪力,弯矩,扭矩)的计算,位移(线位移,角位移)计算,以及结构在动力荷载作用下的动力响应(自振周期,振 型)的计算等。

Structural Mechanics is a branch of solid mechanics. It is a discipline mainly studying the law of force bearing and transfer of engineering structure and on how to achieve structural optimization. The study contents of structural mechanics include composition rules of structure, responses of structure under different effects (external force, temperature effects, construction errors, deformation of support, etc.), including the calculation of internal force (axial force, shearing force, bending moment and torque), the calculation of displacement (linear displacement and angular displacement), the calculation of dynamic responses (natural vibration period and mode of vibration) of structure under the effects of dynamic loading, etc.

课程目标: Course Objectives: 1 掌握杆件结构的计算原理和方法 To master the calculation principles and methods of rod piece structure; 2 了解各类结构的受力性能 To understand the stress performance of various types of structures; 3 为后续专业课程打好力学基础 To lay a mechanics foundation for subsequent specialized courses; 成绩评定: Achievement assessment: 考核采用平时成绩与期末考试,理论与实践相结合的方式 Assessment is conducted by way of combination of usual performance, final examination, theory and practice. 1: 平时成绩:20%,形式有课堂考勤、回答问题和课堂作业。 Usual performance: 20%, in the form of class attendance and class work. 2:期末考试:80%,形式为笔试。 Final examination: 80%, in the form of written examination.

笔试:卷面 100 分,按 80%折合成绩,考试时间为 120 分钟。 100 scores for final examination, which will be converted into results at the percentage of 80%, and the examination time is 120 minutes; 课程名称:工程水文学(32 学时) Course name:engineering hydrology(32hours) 学期:5 Term:5 学年:2013-2014 年 Academic year:2013-2014

课程描述: Course Overview:

工程水文学是水文学的一个分支,是为工程规划设计、施工建设及运行管理提供水文依据的一门科学,主要内容分为水文 分析计算和水文预报两方面。水文学知识河川径流,水文学的基本原理和方法,包括水文资料的收集与统计,设计洪水, 流域分析计算,水质及水质评价。

课程目标: Course Objectives:

通过对本课程学习,使学生深入了解水循环概念和水量平衡的原理,学会水文预报和设计年径流的基本方法,同时为后续 课程的学习打下必要基础。

成绩评定: Achievement assessment: 考核采用平时成绩与期末考试,理论与实践相结合的方式 Assessment is conducted by way of combination of usual performance, final examination, theory and practice. 1: 平时成绩:30%,形式有课堂考勤、回答问题和课堂作业。 Usual performance: 30%, in the form of class attendance and class work. 2:期末考试:70%,形式为笔试。 Final examination: 70%, in the form of written examination.

笔试:卷面 100 分,按 70%折合成绩,考试时间为 120 分钟。 100 scores for final examination, which will be converted into results at the percentage of 70%, and the examination time is 120 minutes;

课程名称:土力学(56 学时) Course name:Soil Mechanics(56hours)

学期:5 Term:5

学年:2013-2014 年 Academic year:2013-2014

课程描述: Course Overview:

本课程研究土的渗透性和渗流,研究土体的应力-应变和应力-应变-时间的本构关系﹐以及强度准则和理论﹔研 究在均布荷载或偏心荷载以及在各种形式基础的作用下﹐基础与地基土体接触面上的和地基土体中的应力分布 ﹐地基的压缩变形及其与时间的关系﹐以及地基的承载能力和稳定性﹔根据极限平衡原理用稳定性系数评价天 然土坡的稳定性和进行人工土坡的设计﹔计算在自重和建筑物附加荷载作用下土体的侧向压力﹐为设计挡土结 构物提供依据﹔改进和研制为进行上述研究所必需的技术﹑方法和仪器设备。

The course studies soil permeability and seepage and the constitutive relations of stress - strain and stress - strain - time of soil body, as well as the strength criterion and theory; studies the stress distribution on the contact surface of foundation and foundation soil and in soil body of foundation, foundation’s compression deformation and its relation 课程目标: with various forms of foundations and foundation’s bearing capacity and stability on the basis of even load or eccentric Course load andObjectives effects of : various forms of foundations; in accordance with the limit equilibrium principle, the stability 1 掌握土的工程特性,土的物理学特性与指标的测试方法 coefficient is used for evaluation of natural soil slopes’ stability and design of artificial slopes; and calculate the lateral To master soil’s characteristics, and load test methods for soil’s physical characteristics and indicators; pressure of soil engineering body under the effects of dead and additional load of buildings to provide basis for the design of retaining structures; and to improve and develop the technologies, methods, instruments and equipment necessary for the 2 掌握土力学基本原理与概念、地基设计基本原理 aforesaid studies. To master the basic principles and concepts of soil mechanics and basic principles of foundation design; 3 天然土坡和人工土坡的稳定设计 Stable design of natural slopes and artificial slopes;

成绩评定: Achievement assessment: 考核采用平时成绩与期末考试,理论与实践相结合的方式 Assessment is conducted by way of combination of usual performance, final examination, theory and practice. 1: 平时成绩:30%,形式有课堂考勤、回答问题和课堂作业。 Usual performance: 20%, in the form of class attendance and class work. 2:期末考试:70%,形式为笔试。 Final examination: 70%, in the form of written examination.

笔试:卷面 100 分,按 70%折合成绩,考试时间为 120 分钟。 100 scores for final examination, which will be converted into results at the percentage of 70%, and the examination time is 120 minutes;

课程名称:工程地质(40 学时) Course name:Engineering Geology(40hours) 课程描述: Course Overview:

学期:5 Term:5

学年:2013-2014 年 Academic year:2013-2014

工程地质是调查、研究、解决与人类活动及各类工程建筑有关的地质问题的科学。工程地质研究的主内容有: 确定岩土组分、组织结构(微观结构) 、物理、化学与力学性质(特别是强度及应变)及其对建筑工程稳定性的 影响,进行岩土工程地质分类。学习内容包括:岩土类型及其工程地质性质、地形地貌条件、地质结构与地应 力、水文地质条件、物理地质现象、天然建筑材料。 Engineering Geology is a science of investigating, studying and solving geological problems related to human activities and various types of engineering constructions. The main study contents of engineering geology include: to determine geotechnical components, organizational structure (microstructure), physical, chemical and mechanical properties (especially strength and strain) and their impact on the stability of construction engineering and to conduct geological classification for geotechnical engineering. The learning contents include: geotechnical types and their engineering and geological properties, geographic and geomorphic conditions, geological structure and ground stress, hydrogeological conditions, physical and geological phenomenon, and natural building materials. 课程目标: Course Objectives: 1 掌握工程地质的基本概念和基本理论、主要分析方法和主要防治措施 To master the basic concepts and theories of engineering geology, main analytical methods and control & prevention measures; 2 与后续专业紧密结合,保证工程建筑物安全稳定 To be closely related to subsequent majors to ensure the security and stability of engineering buildings;

成绩评定: Achievement assessment: 考核采用平时成绩与期末考试,理论与实践相结合的方式 Assessment is conducted by way of combination of usual performance, final examination, theory and practice. 1: 平时成绩:30%,形式有课堂考勤、回答问题和课堂作业。 Usual performance: 30%, in the form of class attendance and class work. 2:期末考试:70%,形式为笔试。 Final examination: 70%, in the form of written examination. 笔试:卷面 100 分,按 70%折合成绩,考试时间为 120 分钟。 100 scores for final examination, which will be converted into results at the percentage of 70%, and the examination time is 120 minutes;

课程名称:水工建筑物(64 学时) Course name:Hydraulic Structures(64hours) 课程描述: Course Overview:

学期:6 Term:6

学年:2013-2014 年 Academic year:2013-2014

本课程是水利水电专业的主要课程,水工建筑物就是在水的静力或动力的作用下工作,并与水发生相互影响的 各种建筑物,其中水工建筑物分为挡水建筑物、泄水建筑物、输水建筑物、取水建筑物、整治建筑物、专门性 水工建筑物等。本课主要介绍了水工结构上的作用,水工水力学问题,水利设计,岩基上重力坝、拱坝、支墩 坝、土石坝、河岸溢洪道、水工隧洞、水工闸门、水利枢纽布置的特点与应用。

课程目标: Course Objectives: 1 学会分析建筑物在各种条件下找出最不利荷载组合。 2 掌握各种建筑物工作原理,计算理论与方法。 3 掌握水工建筑物设计方法并进行多方案比较,同时掌握重要构造。

成绩评定: Achievement assessment: 考核采用平时成绩与期末考试,理论与实践相结合的方式 Assessment is conducted by way of combination of usual performance, final examination, theory and practice. 1: 平时成绩:20%,形式有课堂考勤、回答问题和课堂作业。 Usual performance: 20%, in the form of class attendance and class work. 2:期末考试:80%,形式为笔试。 Final examination: 80%, in the form of written examination. 笔试:卷面 100 分,按 80%折合成绩,考试时间为 120 分钟。 100 scores for final examination, which will be converted into results at the percentage of 80%, and the examination time is 120 minutes;

课程名称:钢筋混凝土结构(64 学时) Course name : Reinforced Concrete Structures (64hours)

学期:6 Term:6

学年:2013-2014 年 Academic year:2013-2014

课程描述: Course Overview:

本课程是水利水电专业和土木专业中最为重要的技术基础课程,钢筋混凝土结构也是土木工程中最基本结构形 式。以钢筋混凝土结构理论为背景,系统介绍结构工程学的研究问题基本方法。介绍了混凝土、钢筋材料的物 理力学性能以及粘结与锚固性能; 介绍钢筋混凝土构件性能研究的理论方法与试验方法; 基于弯矩-曲率分析法, 介绍正截面性能的全过程分析方法;从材料应变到截面曲率再到构件位移转角直至结构变形的关系分析,介绍 结构延性性能与影响因素;介绍混凝土开裂的原因、裂缝扩展机理,介绍裂缝与变形控制的方法;从斜向裂缝 产生的原因、分布规律,介绍混凝土构件的抗剪机理、抗扭机里及超静定结构的分析设计方法。 课程目标: Course Objectives: 1 掌握钢筋混凝土构建设计计算的基本理论和构造知识。 2 为学习有关专业课程和顺利从事钢筋混凝土建筑物的构造设计打下牢固的基础。 3 与后续专业紧密结合,保证工程建筑物安全稳定 To be closely related to subsequent majors to ensure the security and stability of engineering buildings;

成绩评定: Achievement assessment: 考核采用平时成绩与期末考试,理论与实践相结合的方式 Assessment is conducted by way of combination of usual performance, final examination, theory and practice. 1: 平时成绩:20%,形式有课堂考勤、回答问题和课堂作业。 Usual performance: 20%, in the form of class attendance and class work. 2:期末考试:80%,形式为笔试。 Final examination: 80%, in the form of written examination.

笔试:卷面 100 分,按 80%折合成绩,考试时间为 120 分钟。 100 scores for final examination, which will be converted into results at the percentage of 90%, and the examination time is 120 minutes; 课程名称:工程经济(32 学时) Course name:Engineering economics(32hours) 课程描述: Course Overview: 学期: 6 Term:6 学年:2013-2014 年 Academic year:2013-2014

本课程系统介绍了工程中建设项目的项目经济评价的基本理论与方法,包括价值与价格,土木工程建设项目的 费用和效益,经济效果评价指标和评价方法,从而对土木工程进行经济评价和方案比较及其他技术的经济分析。

课程目标: Course Objectives: 1 通过学习本课程,要求掌握工程经济中的基本概念、基本理论方法。 2 熟练运用基本理论与基本方法解决工程中实际问题,了解当前工程经济的发展方向,存在问题与解决途径。

成绩评定: Achievement assessment: 考核采用平时成绩与期末考试,理论与实践相结合的方式 Assessment is conducted by way of combination of usual performance, final examination, theory and practice. 1: 平时成绩:30%,形式有课堂考勤、回答问题和课堂作业。 Usual performance: 30%, in the form of class attendance and class work. 2:期末考试:70%,形式为笔试。 Final examination: 70%, in the form of written examination.

笔试:卷面 100 分,按 70%折合成绩,考试时间为 120 分钟。 100 scores for final examination, which will be converted into results at the percentage of 70%, and the examination time is 120 minutes;

课程名称:工程施工(56 学时) Course name:Construction of works(56hours)

学期:7 Term:7

学年:2014-2015 年 Academic year:2014-2015

课程描述: Course Overview: 工程施工是一门理论与实际紧密结合的专业必修课,结合了国内大型工程项目的施工经验,从施工机械、施 工技术、施工组织与管理等方面因时因地的分析和解决问题。学习工程施工的目的是为了在施工过程中,按照 工程招标投标文件的技术要求以及相关文件的技术文件要求,既要实现规划设计的意图,又要根据施工的规程 规范,综合利用工程技术组织管理科学,使工程得以优质高效的建成和投产。

课程目标: Course Objectives: 1 熟练掌握施工的程序、方案、方法和管理等相关的基本工作原理。

2 了解具有代表性的水利水电项目施工方案,并深入分析和了解其施工的方法、程序和管理措施,系统的进行 总结。 3 结合案例分析,把理论与实际相结合从了为课程设计和生产实习做好准备。

成绩评定: Achievement assessment: 考核采用平时成绩与期末考试,理论与实践相结合的方式 Assessment is conducted by way of combination of usual performance, final examination, theory and practice. 1: 平时成绩:30%,形式有课堂考勤、回答问题和课堂作业。 Usual performance: 30%, in the form of class attendance and class work. 2:期末考试:70%,形式为笔试。 Final examination: 70%, in the form of written examination.

笔试:卷面 100 分,按 70%折合成绩,考试时间为 120 分钟。 100 scores for final examination, which will be converted into results at the percentage of 70%, and the examination time is 120 minutes; 课程名称:水电站(64 学时) 学期:7 学年:2014-2015 年 Term : 7 Academic year:2014-2015 Course name:hydropower station(64hours) 课程描述: Course Overview:

水电站位水工专业本科必修课程,其内容主要介绍了水轮机的主要结构和工作原理以特性和选型为重点,其次 还介绍了水电站输水系统包括压力水道、水锤和调压室;介绍了水电站厂房以面厂房和地下厂房分别展述。

课程目标: Course Objectives: 1 掌握水轮机的基本工作原理,以及各种关于水轮机的特性及选型数据参数,学会选型。 2 了解水电站输水系统,掌握有关压力水道、水锤和调压室的基本理论知识并为后续厂房布置打好理论基础。 3 了解水电站厂房设计布置形式,并学会水电站引水式地面厂房布置并为今后课设做好准备 4 为大四下半学期的毕业设计提前打好理论基础。

成绩评定: Achievement assessment: 考核采用平时成绩与期末考试,理论与实践相结合的方式 Assessment is conducted by way of combination of usual performance, final examination, theory and practice. 1: 平时成绩:30%,形式有课堂考勤、回答问题和课堂作业。 Usual performance: 30%, in the form of class attendance and class work. 2:期末考试:70%,形式为笔试。 Final examination: 70%, in the form of written examination.

笔试:卷面 100 分,按 70%折合成绩,考试时间为 120 分钟。 100 scores for final examination, which will be converted into results at the percentage of 70%, and the examination time is 120 minutes;


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