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Week 6 to 8
92問 • 1年前
  • John Marabiles
    • 通報

    問題一覧

  • 1

    Civil engineering process:

    — planning — design — construction — operation / maintenance — rehabilitation

  • 2

    Find problem areas that need improvement and set the criteria for the design, gather input from the public

    planning

  • 3

    Draw plans to show how the problem is going to be fixed

    design

  • 4

    Follow the plans from design to build the solution to the problem

    construction

  • 5

    Fix small problems before they become big ones

    operation / maintenance

  • 6

    To fix something back to original condition

    rehabilitation

  • 7

    Officials accept and approve the plans prepared, signed/sealed by civil engineers, or by architects as a requirement for the issuance of building permits under Presidential Decree 1096 otherwise known as the ______

    national building code

  • 8

    This law calls for the issuance of Implementing Rules and Regulations (IRR) by the Secretary of the DPWH

    pd 1096

  • 9

    On ______, the then-acting Secretary of Public Works and Highways, the ______, signed and promulgated the Revised Implementing Rules and Regulations (IRR) of the National Building Code under which the civil engineers are no longer allowed to sign the architectural documents specified in ______

    october 29, 2004 , honorable florante soriquez , section 302(4)

  • 10

    The final version of the Revised IRR was published in the ______ three times (______)

    manila standard , april 1, 2005 , april 8, 2005 , april 15, 2005

  • 11

    The Revised IRR would have been implementable on ______, 15 days after the third publication

    april 30, 2005

  • 12

    IRR meaning:

    implementing rules and regulations

  • 13

    DPWH meaning:

    department of public works and highways

  • 14

    Civil engineering specializations:

    — construction engineering and management — geotechnical engineering — structural engineering — transportation engineering — water resource engineering — energy and environmental engineering

  • 15

    Related fields of engineering:

    — geodetic engineering — materials engineering

  • 16

    Management of construction resources: labor, materials, equipment, money, and time

    construction engineering and management

  • 17

    Analyze soil and rock that affect the behavior of structures, pavements, underground facilities, and containment structures for solid and liquid wastes

    geotechnical engineering

  • 18

    Design and analyze all man-made objects whose primary function is load resistance: buildings, bridges, aircraft, transmission towers, radar domes and antennas, drilling platforms

    structural engineering

  • 19

    Analyze the movement of people and goods

    transportation engineering

  • 20

    Develop, use and manage the world's water resources

    water resources engineering

  • 21

    In ______, you apply ______, ______, and ______ to the design and operation of environmental control systems, municipal and industrial wastewater systems

    energy and environmental engineering , fluid mechanics , biology , chemistry

  • 22

    Combine knowledge from the fields of ______, ______, and ______ with economic and environmental engineering practices to increase efficiency and further develop renewable sources of energy

    energy and environmental engineering , physics , math , chemistry

  • 23

    Precisely locate and layout engineering projects

    surveying / geodetic engineering

  • 24

    GIS, GPS, and distance measurement devices

    surveying / geodetic engineering

  • 25

    Maps and aerial photos

    surveying / geodetic engineering

  • 26

    Design, analyze, and construct materials such as: steel, concrete, masonry, asphalt, & composites

    materials engineering

  • 27

    Design foundations, retaining walls, roadway cuts

    geotechnical engineering

  • 28

    Field and laboratory work along with design

    geotechnical engineering

  • 29

    Design water distribution systems, wells, reservoirs, canals, locks and dams, port facilities, and flood control systems

    water resources engineering

  • 30

    Analyze the impact of other engineering projects of the natural hydrologic system

    water resources engineering

  • 31

    GIS GPS

    geographic information system global positioning system

  • 32

    Design formwork, scaffolding, lifting apparatus

    construction engineering and management

  • 33

    Plan, design, construct, maintain and operate various transportation modes (highway, railway, air, water)

    transportation engineering

  • 34

    Design traffic management systems

    transportation engineering

  • 35

    Must also consider the economics, aesthetics and social implications of their creations

    structural engineering

  • 36

    The study of materials, methods and equipment used to build structures

    construction technology

  • 37

    The application of technical and analytical skills in overseeing the construction of a structure

    construction engineering

  • 38

    The overall planning, coordination, and control of a construction project from beginning to completion

    construction management

  • 39

    The application of technical, scientific, organizational, and management knowledge and skills in the overall supervision of the different aspects (______, ______, ______ , ______, ______, ______) concerning a construction project

    construction engineering and management , — duration — financial — quality — resource — risk — safety

  • 40

    In construction industry, ______ are one of the most important factors in supporting the socio-economic development of the country

    construction infrastructure projects

  • 41

    Categories of construction projects:

    residential construction , building construction , infrastructure and heavy highway construction , industrial construction

  • 42

    Residential constructions:

    — single family houses — multi family dwellings — high rise apartments and condominiums

  • 43

    Buildings:

    — school and universities — medical clinics and hospitals — recreational facilities and sports stadiums — retail stores and shopping centers — warehouse and light manufacturing — office buildings (single-story to skyscrapers) — hotels, convention centers, and theaters

  • 44

    Heavy highway constructions:

    — highways and bridges — tunnels — airports — canals — horizontal construction — dams — pipelines — railway — piers and harbors

  • 45

    Industrial constructions:

    — fossil fuel and nuclear power plants — steel mills and aluminum plants — chemical processing plants — petroleum refineries

  • 46

    This construction have low capital and technology requirements

    residential construction

  • 47

    This construction has high degree of technical complexity

    industrial construction

  • 48

    This construction requires public financing or large consortium

    heavy highway construction

  • 49

    These constructions are larger and more complex than residential construction

    buildings

  • 50

    Construction market:

    5 to 10% — industrial construction 20 to 25% — heavy highway construction 30 to 35% — residential construction 35 to 40% — building construction

  • 51

    Construction engineers and managers turn ______ into ______ on ______ and within ______

    designs , reality , time , budget

  • 52

    Construction engineers and manager career opportunities:

    contracts engineer field engineer site engineers project engineer project manager project supervisor , planner / scheduler , quantity survayor , safety officer , quality inspector , project inspector , cost estimator

  • 53

    Analyze the relationship between physical structures and marine geology, anchoring systems, sediment erosion, slope stability, and foundations for offshore and coastal structures

    geomechanics engineer (marine operations)

  • 54

    Analyze the strength of soils, drill hole stability, stress constraint, permeability of rock formations

    reservoir geomechanics engineer (oil and gas operations)

  • 55

    Provide design and analysis of ponds containing discarded oil sands materials, water extraction from soil and sand, and steam injection into wells

    hydrogeological engineer

  • 56

    They design open pit walls, mine waste dumps and dam structures used in oil sands mining, and analyze slope stability, seepage and hydraulic separation on dam structures

    geotechnical or geological engineers (oil sands projects)

  • 57

    Provides analysis and mapping of technical results obtained from seismic surveys, and investigate subsurface conditions and materials to determine their properties and risks

    geotechnical or geological engineer (general)

  • 58

    Analyze the degree of trapped hydrocarbons in underground reservoirs

    reservoir geomechanics engineer (oil and gas operations)

  • 59

    Evaluate underground water layers trapped in rocks (aquifers), they also provide advice on environmental restoration

    hydrogeological engineer

  • 60

    The civil engineering practice starts with ______

    geotechnical engineering

  • 61

    A discipline that applies the principles of engineering mechanics to soils to predict the mechanical behavior of soil

    soil mechanics

  • 62

    It is the branch of civil engineering that deals with soil, rock, and underground water, and their relation to the design construction and operation of engineering projects, as stated by ______

    geotechnical engineering , coduto 1998

  • 63

    Soil testing:

    vane shear , standard penetration

  • 64

    Geotechnical applications:

    foundation system , shallow foundation , deep foundation , retaining walls , sheet piles , tunneling , geo-fabrics

  • 65

    Shallow foundations have low ______

    bearing capacity

  • 66

    It occurs when one part of a structure's foundation settles more, or faster, than the other

    differential settlement

  • 67

    Where do geotechnical engineers work?

    oil and gas exploration , production and transportation companies

  • 68

    — chemical injection

    soil improvement

  • 69

    — impact roller to compact the ground

    ground improvement

  • 70

    Geohazards solutions:

    ground improvement , soil improvement

  • 71

    Geotechnical Challenges / Geohazards:

    impact of excavations, grading, or filling , stability of natural and proposed earth slope , geotechnical earthquake engineering

  • 72

    It strengthens the soil

    geo-fabrics

  • 73

    geo-fabrics

  • 74

    These are long, interlocking sections of sheet material that are driven into the ground to create a wall or barrier

    sheet piles

  • 75

    It is used in excavations, waterfront structures

    sheet piles

  • 76

    It is used for reinforce, separation, filtration and drainage in roads, retaining walls, embankments

    geo-fabrics

  • 77

    — sheepsfoot roller to compact clay soil

    ground improvement

  • 78

    It resist lateral earth pressures

    sheet piles

  • 79

    These are sheets of interlocking steel or timber driven into the ground, forming a continuous sheet

    sheet piles

  • 80

    Retaining structural systems:

    reinforced earth walls , gabions , tie-backs , excavated support system

  • 81

    It prevents soil from spreading laterally

    retaining walls

  • 82

    These are structures that hold back soil or water on one side to prevent it from falling or collapsing

    retaining walls

  • 83

    Deep foundation systems:

    driven piles , drilled shafts

  • 84

    This foundation in used for: — transferring building loads to underlying ground — weak soils or heavy loads

    deep foundation

  • 85

    This foundation is used for: — transferring building loads to underlying ground — firm soils or light loads

    shallow foundation

  • 86

    Used in excavations, waterfront structures

    sheet piles

  • 87

    It is the quantitative study of the hydrologic cycle

    water resources engineering

  • 88

    The distribution and circulation of the water linking the earth's atmosphere, land, and oceans

    hydrologic cycle

  • 89

    It is about solving problems to secure water for people, based on the sound scientific understanding of the hydrologic and hydraulic process

    water resources engineering

  • 90

    ______ is the study of the ______, ______, and ______ of water throughout the earth, including the hydrologic cycle, water resources, and environmental watershed sustainability

    hydrology , movement , distribution , quality

  • 91

    A practitioner of hydrology is a ______

    hydrologist

  • 92

    Domains of hydrology include ______, ______, ______, ______, and ______, where water plays the central role

    hydrometeorology , surface hydrology , hydrogeology , drainage basin management , water quality

    • EM Waves and Spectrum

    EM Waves and Spectrum

    John Marabiles · 73問 · 1年前

    EM Waves and Spectrum

    EM Waves and Spectrum

    73問 • 1年前
    John Marabiles

    Polarization

    Polarization

    John Marabiles · 25問 · 1年前

    Polarization

    Polarization

    25問 • 1年前
    John Marabiles

    Lesson 1

    Lesson 1

    John Marabiles · 9問 · 1年前

    Lesson 1

    Lesson 1

    9問 • 1年前
    John Marabiles

    Lesson 2

    Lesson 2

    John Marabiles · 8問 · 1年前

    Lesson 2

    Lesson 2

    8問 • 1年前
    John Marabiles

    Lesson 3

    Lesson 3

    John Marabiles · 7問 · 1年前

    Lesson 3

    Lesson 3

    7問 • 1年前
    John Marabiles

    Chapter 10

    Chapter 10

    John Marabiles · 43問 · 1年前

    Chapter 10

    Chapter 10

    43問 • 1年前
    John Marabiles

    Evidence Of Evolution

    Evidence Of Evolution

    John Marabiles · 46問 · 1年前

    Evidence Of Evolution

    Evidence Of Evolution

    46問 • 1年前
    John Marabiles

    Traditional Materials

    Traditional Materials

    John Marabiles · 20問 · 1年前

    Traditional Materials

    Traditional Materials

    20問 • 1年前
    John Marabiles

    Crushing Strength Of Common Building Stones

    Crushing Strength Of Common Building Stones

    John Marabiles · 8問 · 1年前

    Crushing Strength Of Common Building Stones

    Crushing Strength Of Common Building Stones

    8問 • 1年前
    John Marabiles

    Properties Of Stones

    Properties Of Stones

    John Marabiles · 16問 · 1年前

    Properties Of Stones

    Properties Of Stones

    16問 • 1年前
    John Marabiles

    Requirements Of Good Building Stones:

    Requirements Of Good Building Stones:

    John Marabiles · 11問 · 1年前

    Requirements Of Good Building Stones:

    Requirements Of Good Building Stones:

    11問 • 1年前
    John Marabiles

    Tests On Stones

    Tests On Stones

    John Marabiles · 5問 · 1年前

    Tests On Stones

    Tests On Stones

    5問 • 1年前
    John Marabiles

    Structural Reading

    Structural Reading

    John Marabiles · 22問 · 1年前

    Structural Reading

    Structural Reading

    22問 • 1年前
    John Marabiles

    General Chemistry

    General Chemistry

    John Marabiles · 50問 · 1年前

    General Chemistry

    General Chemistry

    50問 • 1年前
    John Marabiles

    Lesson 1: Construction Sector

    Lesson 1: Construction Sector

    John Marabiles · 10問 · 1年前

    Lesson 1: Construction Sector

    Lesson 1: Construction Sector

    10問 • 1年前
    John Marabiles

    Lesson 2: Participating in Workplace Communication and Collaboration

    Lesson 2: Participating in Workplace Communication and Collaboration

    John Marabiles · 11問 · 1年前

    Lesson 2: Participating in Workplace Communication and Collaboration

    Lesson 2: Participating in Workplace Communication and Collaboration

    11問 • 1年前
    John Marabiles

    問題一覧

  • 1

    Civil engineering process:

    — planning — design — construction — operation / maintenance — rehabilitation

  • 2

    Find problem areas that need improvement and set the criteria for the design, gather input from the public

    planning

  • 3

    Draw plans to show how the problem is going to be fixed

    design

  • 4

    Follow the plans from design to build the solution to the problem

    construction

  • 5

    Fix small problems before they become big ones

    operation / maintenance

  • 6

    To fix something back to original condition

    rehabilitation

  • 7

    Officials accept and approve the plans prepared, signed/sealed by civil engineers, or by architects as a requirement for the issuance of building permits under Presidential Decree 1096 otherwise known as the ______

    national building code

  • 8

    This law calls for the issuance of Implementing Rules and Regulations (IRR) by the Secretary of the DPWH

    pd 1096

  • 9

    On ______, the then-acting Secretary of Public Works and Highways, the ______, signed and promulgated the Revised Implementing Rules and Regulations (IRR) of the National Building Code under which the civil engineers are no longer allowed to sign the architectural documents specified in ______

    october 29, 2004 , honorable florante soriquez , section 302(4)

  • 10

    The final version of the Revised IRR was published in the ______ three times (______)

    manila standard , april 1, 2005 , april 8, 2005 , april 15, 2005

  • 11

    The Revised IRR would have been implementable on ______, 15 days after the third publication

    april 30, 2005

  • 12

    IRR meaning:

    implementing rules and regulations

  • 13

    DPWH meaning:

    department of public works and highways

  • 14

    Civil engineering specializations:

    — construction engineering and management — geotechnical engineering — structural engineering — transportation engineering — water resource engineering — energy and environmental engineering

  • 15

    Related fields of engineering:

    — geodetic engineering — materials engineering

  • 16

    Management of construction resources: labor, materials, equipment, money, and time

    construction engineering and management

  • 17

    Analyze soil and rock that affect the behavior of structures, pavements, underground facilities, and containment structures for solid and liquid wastes

    geotechnical engineering

  • 18

    Design and analyze all man-made objects whose primary function is load resistance: buildings, bridges, aircraft, transmission towers, radar domes and antennas, drilling platforms

    structural engineering

  • 19

    Analyze the movement of people and goods

    transportation engineering

  • 20

    Develop, use and manage the world's water resources

    water resources engineering

  • 21

    In ______, you apply ______, ______, and ______ to the design and operation of environmental control systems, municipal and industrial wastewater systems

    energy and environmental engineering , fluid mechanics , biology , chemistry

  • 22

    Combine knowledge from the fields of ______, ______, and ______ with economic and environmental engineering practices to increase efficiency and further develop renewable sources of energy

    energy and environmental engineering , physics , math , chemistry

  • 23

    Precisely locate and layout engineering projects

    surveying / geodetic engineering

  • 24

    GIS, GPS, and distance measurement devices

    surveying / geodetic engineering

  • 25

    Maps and aerial photos

    surveying / geodetic engineering

  • 26

    Design, analyze, and construct materials such as: steel, concrete, masonry, asphalt, & composites

    materials engineering

  • 27

    Design foundations, retaining walls, roadway cuts

    geotechnical engineering

  • 28

    Field and laboratory work along with design

    geotechnical engineering

  • 29

    Design water distribution systems, wells, reservoirs, canals, locks and dams, port facilities, and flood control systems

    water resources engineering

  • 30

    Analyze the impact of other engineering projects of the natural hydrologic system

    water resources engineering

  • 31

    GIS GPS

    geographic information system global positioning system

  • 32

    Design formwork, scaffolding, lifting apparatus

    construction engineering and management

  • 33

    Plan, design, construct, maintain and operate various transportation modes (highway, railway, air, water)

    transportation engineering

  • 34

    Design traffic management systems

    transportation engineering

  • 35

    Must also consider the economics, aesthetics and social implications of their creations

    structural engineering

  • 36

    The study of materials, methods and equipment used to build structures

    construction technology

  • 37

    The application of technical and analytical skills in overseeing the construction of a structure

    construction engineering

  • 38

    The overall planning, coordination, and control of a construction project from beginning to completion

    construction management

  • 39

    The application of technical, scientific, organizational, and management knowledge and skills in the overall supervision of the different aspects (______, ______, ______ , ______, ______, ______) concerning a construction project

    construction engineering and management , — duration — financial — quality — resource — risk — safety

  • 40

    In construction industry, ______ are one of the most important factors in supporting the socio-economic development of the country

    construction infrastructure projects

  • 41

    Categories of construction projects:

    residential construction , building construction , infrastructure and heavy highway construction , industrial construction

  • 42

    Residential constructions:

    — single family houses — multi family dwellings — high rise apartments and condominiums

  • 43

    Buildings:

    — school and universities — medical clinics and hospitals — recreational facilities and sports stadiums — retail stores and shopping centers — warehouse and light manufacturing — office buildings (single-story to skyscrapers) — hotels, convention centers, and theaters

  • 44

    Heavy highway constructions:

    — highways and bridges — tunnels — airports — canals — horizontal construction — dams — pipelines — railway — piers and harbors

  • 45

    Industrial constructions:

    — fossil fuel and nuclear power plants — steel mills and aluminum plants — chemical processing plants — petroleum refineries

  • 46

    This construction have low capital and technology requirements

    residential construction

  • 47

    This construction has high degree of technical complexity

    industrial construction

  • 48

    This construction requires public financing or large consortium

    heavy highway construction

  • 49

    These constructions are larger and more complex than residential construction

    buildings

  • 50

    Construction market:

    5 to 10% — industrial construction 20 to 25% — heavy highway construction 30 to 35% — residential construction 35 to 40% — building construction

  • 51

    Construction engineers and managers turn ______ into ______ on ______ and within ______

    designs , reality , time , budget

  • 52

    Construction engineers and manager career opportunities:

    contracts engineer field engineer site engineers project engineer project manager project supervisor , planner / scheduler , quantity survayor , safety officer , quality inspector , project inspector , cost estimator

  • 53

    Analyze the relationship between physical structures and marine geology, anchoring systems, sediment erosion, slope stability, and foundations for offshore and coastal structures

    geomechanics engineer (marine operations)

  • 54

    Analyze the strength of soils, drill hole stability, stress constraint, permeability of rock formations

    reservoir geomechanics engineer (oil and gas operations)

  • 55

    Provide design and analysis of ponds containing discarded oil sands materials, water extraction from soil and sand, and steam injection into wells

    hydrogeological engineer

  • 56

    They design open pit walls, mine waste dumps and dam structures used in oil sands mining, and analyze slope stability, seepage and hydraulic separation on dam structures

    geotechnical or geological engineers (oil sands projects)

  • 57

    Provides analysis and mapping of technical results obtained from seismic surveys, and investigate subsurface conditions and materials to determine their properties and risks

    geotechnical or geological engineer (general)

  • 58

    Analyze the degree of trapped hydrocarbons in underground reservoirs

    reservoir geomechanics engineer (oil and gas operations)

  • 59

    Evaluate underground water layers trapped in rocks (aquifers), they also provide advice on environmental restoration

    hydrogeological engineer

  • 60

    The civil engineering practice starts with ______

    geotechnical engineering

  • 61

    A discipline that applies the principles of engineering mechanics to soils to predict the mechanical behavior of soil

    soil mechanics

  • 62

    It is the branch of civil engineering that deals with soil, rock, and underground water, and their relation to the design construction and operation of engineering projects, as stated by ______

    geotechnical engineering , coduto 1998

  • 63

    Soil testing:

    vane shear , standard penetration

  • 64

    Geotechnical applications:

    foundation system , shallow foundation , deep foundation , retaining walls , sheet piles , tunneling , geo-fabrics

  • 65

    Shallow foundations have low ______

    bearing capacity

  • 66

    It occurs when one part of a structure's foundation settles more, or faster, than the other

    differential settlement

  • 67

    Where do geotechnical engineers work?

    oil and gas exploration , production and transportation companies

  • 68

    — chemical injection

    soil improvement

  • 69

    — impact roller to compact the ground

    ground improvement

  • 70

    Geohazards solutions:

    ground improvement , soil improvement

  • 71

    Geotechnical Challenges / Geohazards:

    impact of excavations, grading, or filling , stability of natural and proposed earth slope , geotechnical earthquake engineering

  • 72

    It strengthens the soil

    geo-fabrics

  • 73

    geo-fabrics

  • 74

    These are long, interlocking sections of sheet material that are driven into the ground to create a wall or barrier

    sheet piles

  • 75

    It is used in excavations, waterfront structures

    sheet piles

  • 76

    It is used for reinforce, separation, filtration and drainage in roads, retaining walls, embankments

    geo-fabrics

  • 77

    — sheepsfoot roller to compact clay soil

    ground improvement

  • 78

    It resist lateral earth pressures

    sheet piles

  • 79

    These are sheets of interlocking steel or timber driven into the ground, forming a continuous sheet

    sheet piles

  • 80

    Retaining structural systems:

    reinforced earth walls , gabions , tie-backs , excavated support system

  • 81

    It prevents soil from spreading laterally

    retaining walls

  • 82

    These are structures that hold back soil or water on one side to prevent it from falling or collapsing

    retaining walls

  • 83

    Deep foundation systems:

    driven piles , drilled shafts

  • 84

    This foundation in used for: — transferring building loads to underlying ground — weak soils or heavy loads

    deep foundation

  • 85

    This foundation is used for: — transferring building loads to underlying ground — firm soils or light loads

    shallow foundation

  • 86

    Used in excavations, waterfront structures

    sheet piles

  • 87

    It is the quantitative study of the hydrologic cycle

    water resources engineering

  • 88

    The distribution and circulation of the water linking the earth's atmosphere, land, and oceans

    hydrologic cycle

  • 89

    It is about solving problems to secure water for people, based on the sound scientific understanding of the hydrologic and hydraulic process

    water resources engineering

  • 90

    ______ is the study of the ______, ______, and ______ of water throughout the earth, including the hydrologic cycle, water resources, and environmental watershed sustainability

    hydrology , movement , distribution , quality

  • 91

    A practitioner of hydrology is a ______

    hydrologist

  • 92

    Domains of hydrology include ______, ______, ______, ______, and ______, where water plays the central role

    hydrometeorology , surface hydrology , hydrogeology , drainage basin management , water quality