NivaarExam Prep

07-Str-B11

Worked solutions to 4 past sittings (2013–2016), 24 questions. Pick a sitting, or start from a topic below.

Topics across the sittings

Topics that come up in more than one sitting, taken from the headings of our worked solutions. A topic counts once per sitting.

Questions by sitting

May 2016

  1. Question 1: Branched Distribution Network — Nodal Pressure Head under Maximum Day and Fire Flow
  2. Question 2: Wall Shear Stress from a Pipe Force Balance
  3. Question 3: Transmission Main with a Throttling Valve
  4. Question 4: Three-Pipe Looped Network — Pipe Flows and Nodal Heads
  5. Question 5: Laminar Free-Surface Flow — Velocity as a Function of Depth
  6. Question 6: Rectangular Channel — Normal Depth, Critical Depth and the Specific-Energy Diagram

December 2015

  1. Question 1: Ten-Pipe Reservoir-to-Reservoir Network — Total Flow and Nodal Pressures
  2. Question 2: Transmission Main with an In-Line Control Valve
  3. Question 3: Three-Pipe Looped Distribution Network
  4. Question 4: Quasi-Steady Simulation of Two Tanks Feeding a Valved Demand Node
  5. Question 5: Kinematic versus Dynamic Wave Model after Sudden Gate Closure
  6. Question 6: Roadway Cross-Section Capacity under a Climate-Adjusted Flood

May 2014

  1. Question 1: Branched Supply Network — Fire Flow and Maximum-Day Pressures
  2. Question 2: Nine Identical Pipes Linking Two Reservoirs
  3. Question 3: Transmission Main Throttled by an In-Line Valve
  4. Question 4: Wall Shear Stress from a Pipe Force Balance
  5. Question 5: Momentum Across a Hydraulic Jump
  6. Question 6: Curbed Roadway Analysed as an Open Channel

May 2013

  1. Question 1: Two-Reservoir Supply to a Single Demand Node
  2. Question 2: Ten-Pipe Transfer Network Between Two Reservoirs
  3. Question 3: Two Pumps in Series and in Parallel on a Long Transmission Main
  4. Question 4: Quasi-Steady Simulation of Two Draining Elevated Tanks
  5. Question 5: Hydraulics of a Sudden Landslide Blockage of a River
  6. Question 6: Compound Flood-Protection Channel with a Spill Wall