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土木工程設計實務(甲)University course

課程名稱: 土木工程設計實務(甲)
  • 學分: (上) 3
  • 課程碼: E645610
  • 必/選修: 必修
  • 授課語言: 中文
  • 授課教師: 朱聖浩
  • 課程大綱:

歷年開課

  1. 課程名稱:土木工程設計實務(1)
  2. 學分數: 3
  3. 課程編號:
  4. 授課教師: 朱聖浩
  5. 課程目標:

利用電腦學習一般建築與高科技建築之三維結構分析。

  1. 課程內容概要:

在本課程中,學生將學習使用電腦,進行正常的高樓及高科技廠房的結構三維結構分析。本課程的內容如下:
I.三維梁元素(2週)
   學生將學習三維梁元素,具有以下特點:(1)彈性基礎的功能,可用於模擬結構大底的基礎。(2)自動計算呆荷載和活荷載。(3)RC建築剛性區對梁和柱的勁度矩陣的影響。

II.剪力牆元件(1週)
  剪力牆元素將在課堂上介紹。此外,這些元件的優點和缺點將被討論。

III.靜態分析(1週)
   結構承受之外力系統(呆載,活荷載,風荷載和地震外力),以及求解矩陣聯立方程的方法。

IV.動態分析(4週)
  學生將學習結構動態分析,包括結構自然頻率和模態分析,反應譜分析和歷時分析。

V.建築物結構分析的假設(2週)
   建築結構分析的假設,包括剛性及柔性樓板假設,並說明其分系方式。

VI.前和後處理程式應用在建築結構分析之說明(2週)

VII.建立一個分析的案例(4週)

VII.結構微振動的分析及科技廠房微振規範說明(2週)

  1. 成績計算方式:
  • Homework 50%
  • 期末考 30%
  • 期末報告 20%
  1. 教科書和主要參考書:

(a)課堂講義

  1. 建議先修課程:
  2. 適合修習對象: 大四必修
  3. Course Name: Design Practice of Civil Engineering (1)
  4. Credits: 3
  5. Course No.:
  6. Teacher: Shen-Haw Ju
  7. Course Objective:

In this course, students will learn the three-dimensional structural analysis of normal and high-tech buildings using computers.

  1. Contents:
  2. Three-dimensional beam element (2 weeks)

Students will learn a three-dimensional beam element with the following features: (1) The elastic foundation function that can be used to model the map foundation. (2) Automatic calculation of the dead and live loads. (3) Rigid zone effect of beam and column stiffness matrices for RC buildings.

  1. Shear wall elements (1 weeks)

Several shear wall elements will be introduced in the class. Furthermore, the advantages and disadvantages of these elements will be discussed.

  • Static analysis (1 week)

The loading system (dead load, live load, wind load and earthquake) and solution methods (sky-line and frontal solution method) will be introduced.

  1. Dynamic analysis (4 weeks)

Student will learn the dynamic analysis including, natural frequency and mode shape analysis, response-spectrum analysis and time history analysis.

  1. Assumptions of building analyses (2 weeks)

The assumptions of building analysis, such as rigid floor system, will be discussed.

  1. Pre- and post-processors for building analysis (2 weeks)
  • An example of building analysis (4 weeks)
  • Study of micro-vibration in buildings (2 weeks)

 

Note: Class notes will be supplied in this course.

  1. Grades:
  • Homework 50%
  • Final examination 30%
  • Final project 20%
  1. Textbook and Teaching Material:

Class Handouts

  1. Prerequirement:
  2. Offer class: Senior