Exam Details

Subject fluvial hydraulics
Paper
Exam / Course m.tech in water resources and hydroinformatics(civil engineering)
Department
Organization apj abdul kalam technological university
Position
Exam Date April, 2018
City, State kerala, thiruvananthapuram


Question Paper

Page 1 of 2
Name
Reg No

APJ ABDUL KALAM TECHNOLOGICAL UNIVERSITY
07 THRISSUR CLUSTER
SECOND SEMESTER M.TECH. DEGREE EXAMINATION APRIL 2018
Civil Engineering
Water resources and Hydroinformatics
07CE6418 FLUVIAL HYDRAULICS
Time 3 hours Max.Marks: 60
Answer all six questions. Part of each question is compulsory.
Answer either part or part of each question
Q.no. Module 1 Marks
1a Describe the following: a)Transitions (b)Cut-offs 4
Answer b or c
b What are the physical characteristics of river 5
c Explain the formation of braiding river and bends 5
Q.no. Module 2 Marks
2a Discuss about the importance of bank erodability. 4
Answer b or c
b
What are the different hydrologic models used in river engineering?
5
c
Describe the relationship between stream profile and bed material
5
Q.no. Module 3 Marks
3a Compare Kennedy's and Lacey's theory of channel design. 4
Answer b or c
b
Explain the Blench's method of design of stable channel.
5
c Explain the Tractive force method of design of stable channels carrying
sediment load
5
Page 2 of 2
Q.no. Module 4 Marks
4a
Discuss the origin and formation of sediment particles.
4
Answer b or c
b
What are the Bulk properties of sediment particles
5
c
Discuss the importance of Regimes of flow
5
Q.no. Module 5 Marks
5a Explain about various bed load samplers. 5
Answer b or c
b
Discuss the conditions for the incipient motion of the sediment particles
7
c
Explain the Shield's analysis for the problem of incipient motion
7
Q.no. Module 6 Marks
6a Explain the Du Boy's equation of bed load transport 5
Answer b or c
b
Describe the mechanism of suspension and method of integrating curves.
7
c
Discuss the Einstein's concept of bed load transport.
7


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  • advanced finite element analysis
  • advanced free surface flow
  • advanced hydrology and water resources engineering
  • advanced survey &hydrology lab
  • advanced surveying and remote sensing
  • air quality management & meteorology
  • applied statistics
  • artificial neural networks
  • biological methods in environmental engineering
  • computational fluid dynamics
  • data acquisition in hydroinformatics
  • departmental assistance
  • environmental chemistry
  • environmental engineering
  • environmental geology
  • environmental impact assessment
  • environmental microbiology
  • fluvial hydraulics
  • gis and hydro informatics
  • gis lab
  • groundwater contamination and pollution transport
  • groundwater modelling and management
  • hydrologic analysis and design
  • industrial training
  • industrial water pollution control
  • information technology for gis data management
  • management information systems
  • master research project phase-i
  • master research project phase-ii
  • numerical methods
  • optimisation techniques
  • physiochemical processes for water and wastewater treatment
  • planning & design of environmental facilities
  • remote sensing
  • research methodology
  • seminar
  • soft computing
  • spatial analysis in watershed management
  • spatial modelling of urban systems
  • water pollution control and stream sanitation
  • water power engineering
  • water resources system engineering
  • watershed conservation and management