In this course, you will obtain a solid understanding of what Water Hammer really is. Related courses explain more about the theory behind this phenomenon and give you suggestions on good design practices and analysis methods.
Content module 1
1.1 - What is water hammer?
1.2 - Friction: damping & line-packing
1.3 - the Joukowsky equation
1.4 - Unbalanced forces due to water hammer
1.5 - Cavitation in piping
1.6 - Cavitation in elevated piping sections
1.7 - Calculating the wave speed
1.8 - Water hammer scenarios and risks
A practical business course focused on the application of climate risk management tools and greenhouse gas calculations.
Unlocking Data Insights and Automation: Master Python, AI Integration, Web Scraping, and Data Analysis
Your gateway into the World of Project Management
Sequence prediction course that covers topics such as: RNN, LSTM, GRU, NLP, Seq2Seq, Attention, Time series prediction
Learn the science and techniqes in this course while also acknowledging the safety of consulting your doctor first.
After working as an engineering consultant in the Oil&Gas industry for 6+ years, Luuk became head of production at EngineeringTrainer where he realizes high-end online courses for engineering professionals. He holds a masters degree in Applied Physics from the Eindhoven University of Technology. As an engineer, Luuk worked on a multitude of projects related to Pipe Stress Engineering for both static and dynamic loading conditions, Transient Flow-calculations (surge/water hammer), the design, installation supervision and quality inspection of Fiberglass Reinforced Piping (FRP) systems and Finite Element Analysis of heat exchangers and pressure vessels. During these years Luuk quickly became a trainer on the topics of EN13480, EN13445, CaesarII, FRP Engineering and more.
Luuk's background in engineering combined with his passion for teaching enables you to get the most out of his courses
