登录 注册

-理学Science- 数学类Mathematics 化学类Chemistry 物理类Physics 生命科学Life Science 城市规划Urban Planning 建筑与景观设计Architecture and Landscape Design 心理与认知科学类Psychology and Cognitive Science 地球与空间科学Earth and Space Science
-信息与工程Information and Engineering- 信息科学技术类Information Science and Technology 计算机类Computing 人工智能类Artificial Intelligence 材料科学与工程Materials Science and Engineering 件与微电子Software and Microelectronics 自动化Automation 集成电路Integrated Circuits 土木工程Civil Engineering 水利水电工程Water Conservancy & Hydropower Engineering 建筑管Construction Management 环境工程Environmental Engineering 机械工程Mechanical Engineering 能源与动力工程Energy and Power Engineering 车辆与运载Vehicles and Transportation 工业工程Industrial Engineering 工程力学Engineering Mechanics 航天宇航工程Aerospace Engineering 电子工程Electronic Engineering 电气工程Electrical Engineering
-商科Business- 经济Economics 管理科学Management Science 金融Finance 会计Accounting 创新创业Innovation and Entrepreneurship 领导力与组织管理Leadership and Organization Management 市场营销Marketing
-人文及社科Arts, Humanities and Social Science- 历史History 哲学Philosophy 电影学Film 政治Politics 法律Laws 文学Literature 社会学Sociology 国际关系学International Relations 教育学Education 艺术学Fine Arts 语言类Languages 传媒类Media
-医学Medicine- 药学Pharmacy 护理学Nursing 基础医学Basic Medicine 临床医学Clinical Medicine 生物医学工程Biomedical Engineering
会计Accounting
经济Economics
金融Finance
领导力与组织管理Leadership and Organization Management
土木工程Civil Engineering
计算机类Computing
其他 All Others
Question 4 Which Of The Following 15 A Reducing Scale? O A 5:2 OB. 1.5:4 OC 10:1 OD 2:1
匿名用户 匿名用户 2021-11-29 17:06 土木工程Civil Engineering

Question 4 Which of the following 15 a reducing scale? O A 5:2 OB. 1.5:4 OC 10:1 OD 2:1

  • 2021-11-29 17:06

  • 0

    赞同

  • 1

    回答
> A Moving To Another Question Will Save This Response. Question 5 Are Used To Draw Hidden Lines. ОА Dash Lines ОВ. Thick Solid Lines Oc Thin Solid Lines OD None Of The Above Widow A Moving To Another Question Will Save This Response
匿名用户 匿名用户 2021-11-29 17:06 土木工程Civil Engineering

> A Moving to another question will save this response. Question 5 are used to draw hidden lines. ОА Dash lines ОВ. T... 查看全部

  • 2021-11-29 17:06

  • 0

    赞同

  • 1

    回答
1. Can You Give An Practical Example (an Example Project) For A BOT (Build Operate Transfer) Delivery System. Explain One Advantage And One Disadvantage Of The System For Your Example. 2. Why Is Estimation Dynamic Progress? Explain Briefly.
匿名用户 匿名用户 2021-11-29 17:06 土木工程Civil Engineering

1. Can you give an practical example (an example project) for a BOT (Build Operate Transfer) delivery system. Explain on... 查看全部

  • 2021-11-29 17:06

  • 0

    赞同

  • 1

    回答
Also compute the axial stress in each of the vertical links, the maximum shear stress in the pins (assume the pin diameter is 15mm), and the bearing stress at the pin/link interface
匿名用户 匿名用户 2021-11-29 17:06 土木工程Civil Engineering

Also compute the axial stress in each of the vertical links, the maximum shear stress in the pins (assume the pin diamet... 查看全部

  • 2021-11-29 17:06

  • 0

    赞同

  • 1

    回答
Determine the approximate axial forces, shears, and moments for all the members of the frame shown by using the portal method, specically: a. Column Shear FB = b. Column Moment GC = C. Girder Moment FG = d. Girder Shear FG = e. Column Axial KG = f. Girder
匿名用户 匿名用户 2021-11-29 17:06 土木工程Civil Engineering

Determine the approximate axial forces, shears, and moments for all the members of the frame shown by using the portal m... 查看全部

  • 2021-11-29 17:06

  • 0

    赞同

  • 1

    回答
Problem 2 1) Express the internal shear and moment in terms of x measured from the left support A. 2) Draw axial force, shear force, and bending moment diagrams for the beam shown below. 4200 N 5 kN/m А A B X- 2.4 m 1.2 m
匿名用户 匿名用户 2021-11-29 17:06 土木工程Civil Engineering

Problem 2 1) Express the internal shear and moment in terms of x measured from the left support A. 2) Draw axial force, ... 查看全部

  • 2021-11-29 17:06

  • 0

    赞同

  • 1

    回答
PROBLEM. A DRCB propped cantilever beam shown is subjected touniform dead load of 35 KN/m (including its own weight) & auniform live load of 55 KN/m over its entire span. GIVEN: fc’=28MPa, fy=415 MPa, sc=60 mm (on top & bottom fibe
匿名用户 匿名用户 2021-11-29 17:06 土木工程Civil Engineering

PROBLEM. A DRCB propped cantilever beam shown is subjected touniform dead load of 35 KN/m (including its own weight) &am... 查看全部

  • 2021-11-29 17:06

  • 0

    赞同

  • 1

    回答
A horizontal curve has a radius of 400m. Compute the minimum length of curve of the spiral necessary for a smooth transition from tangent alignment to the circular curve. Assume that the maximum super-elevation rate should not exceed8% and a maximum side
匿名用户 匿名用户 2021-11-29 17:06 土木工程Civil Engineering

A horizontal curve has a radius of 400m. Compute the minimum length of curve of the spiral necessary for a smooth transi... 查看全部

  • 2021-11-29 17:06

  • 0

    赞同

  • 1

    回答
AND What are the coordinates of point C in the CartesianaxisThe position vector from A to B can be written asThe position vector from A to C can be written asWhat is the angle between FB andFc in degrees (write your answer without units)Determine the magn
匿名用户 匿名用户 2021-11-29 17:06 土木工程Civil Engineering

AND What are the coordinates of point C in the CartesianaxisThe position vector from A to B can be written asThe positio... 查看全部

  • 2021-11-29 17:06

  • 0

    赞同

  • 1

    回答
น *-)find the thickness of boundary Q1/ If the velocity profile of the boundary layer is U. layer, the shear stress at trailing edge and the drag force on one side of plate 2 m long , if it is immersed in water flowing with velocity of 0.4 m/s (p ū= 1.007
匿名用户 匿名用户 2021-11-29 17:06 土木工程Civil Engineering

น *-)find the thickness of boundary Q1/ If the velocity profile of the boundary layer is U. layer, the shear stress at t... 查看全部

  • 2021-11-29 17:06

  • 0

    赞同

  • 1

    回答