Browse: Academic > School of Computing, Engineering and Built Environment > Department of Civil Engineering and Environmental Management > Civil Engineering and Environmental Management

Resource

CW1 introduction
Shared with: World - by

DR Andrew Wood

IT & Comms
Shared with: World - by

DR Andrew Wood

L1 Introduction to lectures
Shared with: World - by

DR Andrew Wood

L1 Introduction to lectures
Shared with: World - by

DR Andrew Wood

L10 Data requirements
Shared with: World - by

DR Andrew Wood

L11 Calibration & validation
Shared with: World - by

DR Andrew Wood

L12 Calibration by observation
Shared with: World - by

DR Andrew Wood

L13 Objective functions SLS
Shared with: World - by

DR Andrew Wood

L14 Objective functions RMSE
Shared with: World - by

DR Andrew Wood

L15 Objective functions NSE
Shared with: World - by

DR Andrew Wood

L16 Objective functions optimisation
Shared with: World - by

DR Andrew Wood

L2 Down to basics
Shared with: World - by

DR Andrew Wood

L27 Urban stormwater challenges
Shared with: World - by

DR Andrew Wood

L28 SuDS principles
Shared with: World - by

DR Andrew Wood

L29 SuDS infiltration systems
Shared with: World - by

DR Andrew Wood

L3 Storm rainfall estimation frequency analysis
Shared with: World - by

DR Andrew Wood

L3 What is a model
Shared with: World - by

DR Andrew Wood

L30 BRE 365 infiltration test
Shared with: World - by

DR Andrew Wood

L31 SuDs plane infiltration basin
Shared with: World - by

DR Andrew Wood

L32 SuDS pervious pavements
Shared with: World - by

DR Andrew Wood

L33 SuDS cellular storage
Shared with: World - by

DR Andrew Wood

L34 Hydrometry river gauging review
Shared with: World - by

DR Andrew Wood

L35 Flow duration curve
Shared with: World - by

DR Andrew Wood

L36 Open channel flow
Shared with: World - by

DR Andrew Wood

L37 Steady uniform flow
Shared with: World - by

DR Andrew Wood

L38 Steady uniform flow Reynolds
Shared with: World - by

DR Andrew Wood

L39 Open channel flow velocity profiles
Shared with: World - by

DR Andrew Wood

L4 Precipitation analysis - a brief history
Shared with: World - by

DR Andrew Wood

L4 Why model
Shared with: World - by

DR Andrew Wood

L40 Chezy and Manning's formulae
Shared with: World - by

DR Andrew Wood

L41 Open channel normal depth
Shared with: World - by

DR Andrew Wood

L42 Froude number
Shared with: World - by

DR Andrew Wood

L43 Channel conveyance
Shared with: World - by

DR Andrew Wood

L44 Steady non uniform flow
Shared with: World - by

DR Andrew Wood

L45 Case study Laxey Weir
Shared with: World - by

DR Andrew Wood

L46 Unsteady flow in open channels
Shared with: World - by

DR Andrew Wood

L47 River modelling approaches
Shared with: World - by

DR Andrew Wood

L48 Model applications & uncertainties
Shared with: World - by

DR Andrew Wood

L49 Fluvial flood risk
Shared with: World - by

DR Andrew Wood

L5 A few terms
Shared with: World - by

DR Andrew Wood

L5 FSR rainfall model
Shared with: World - by

DR Andrew Wood

L50 SEPA FRA guidance
Shared with: World - by

DR Andrew Wood

L51 Flood management - overview of measures
Shared with: World - by

DR Andrew Wood

L52 Natural flood management
Shared with: World - by

DR Andrew Wood

L53 River restoration
Shared with: World - by

DR Andrew Wood

L6 Hydrological processes
Shared with: World - by

DR Andrew Wood

L7 Runoff generation & routing
Shared with: World - by

DR Andrew Wood

L8 Rational Method
Shared with: World - by

DR Andrew Wood

L9 Lumped distributed & black box models
Shared with: World - by

DR Andrew Wood

M Practicals introduction video
Shared with: World - by

DR Andrew Wood

Example 1: Worked example on the calculation of a resultant vector from a four vector system. -
Shared with: World - by

MR James Brown

Example 2: Worked example on force resolution with two unknown forces. -
Shared with: World - by

MR James Brown

Week 7: Anaerobic Digestion of Organic Substrates -

Shared with: World - by

Ms Fiona Turner

Introduction to the Module -
Shared with: World - by

Ms Fiona Turner

How to use BIM Tutorial / Learning Packs for CPM 1 module -

Shared with: University - by

Mr Michael Galbraith

Powerproject Tutorial No 2 -
Shared with: University - by

Mr Michael Galbraith

Student Presentation - Climate Justice Centre 09 March 2020 -

Shared with: University - by

Ms Fiona Turner

Student Presentation - Climate Justice Centre 09 March 2020 -

Shared with: University - by

Ms Fiona Turner

Lecture 2: Aerobic Processes -
Shared with: World - by

Ms Fiona Turner

Lecture 3: Anaerobic Processes -
Shared with: World - by

Ms Fiona Turner

Lecture 4: Risks Inherent with Big Technology -
Shared with: World - by

Ms Fiona Turner

Week 2: Climate Change, Adaptation and Mitigation -
Shared with: University - by

Ms Fiona Turner

Week 3: Climate Change Science & Modelling -
Shared with: University - by

Ms Fiona Turner

Week 4b: Effective Adaptation and Resilience -
Shared with: University - by

Ms Fiona Turner

Week 5: Climate Change Adaptation - Health -
Shared with: World - by

Ms Fiona Turner

Week 6: Adaptation and the Built Environment -
Shared with: World - by

Ms Fiona Turner

Week 7: Adaptation and Agriculture -
Shared with: University - by

Ms Fiona Turner

Week 2b: Climate Change, Adaptation and Mitigation -
Shared with: University - by

Ms Fiona Turner

Week 3b - Climatology -
Shared with: University - by

Ms Fiona Turner

Week 4: Climate Change Mitigation. Policy, Plans and Programmes for GHG Mitigation -
Shared with: University - by

Ms Fiona Turner

Week 5a: Mitigation and the UNFCCC process -
Shared with: World - by

Ms Fiona Turner

Week 6a: Mitigation in the UK -
Shared with: World - by

Ms Fiona Turner

Sustainability Assessment and Project Management Practice -
Shared with: World - by

Ms Fiona Turner

L2 Urban hydrological processes -
Shared with: World - by

DR Andrew Wood