- Видео 8
- Просмотров 9 009
ChemEngPro
Добавлен 9 июн 2016
Results-driven process engineer with 7 years in designing, commissioning, and operating pilot plants and R&D scale-up technologies. Provided engineering services to projects in the petrochemical, clean-tech, pulp and paper, and plastics industries. Skilled in performing simulations and designing equipment, creating P&IDs, PFDs, cause and effect matrices, control narratives, mass and energy balances, and conducting hydraulic and ASPEN modeling analysis.
Passionate about teaching chemical engineering and bridging the gap between Academia and real life through solving real-life case studies with students.
Passionate about teaching chemical engineering and bridging the gap between Academia and real life through solving real-life case studies with students.
Cavitation and Flashing in Valves
🔗 Enroll in the full course here: Control Valve Sizing for Liquid Applications
www.udemy.com/course/control-valve-sizing-for-liquid-applications/?referralCode=D93EDD2FE390413E8C21&couponCode=ST12MT122624
Chapter 1: Resistances in Series
- Introduction to Resistances in Series
- Pump Sizing Roadmap
Chapter 2: Valves
- Flow Coefficient (Cv)
- Cv Corrections for Viscosity and Specific Gravity
- Cv and Flow Capacity at Different Pressure Drops
- Converting Cv to Resistance Coefficient (K)
- Inherent Valve Curve
- Example of Inherent Valve Curve
- Introduction to Valve Authority
Chapter 3: Valve Authority & Installed Characteristic Curve
- Reviewing Valve Authority Definitions
-Valve Authority vs System Head...
www.udemy.com/course/control-valve-sizing-for-liquid-applications/?referralCode=D93EDD2FE390413E8C21&couponCode=ST12MT122624
Chapter 1: Resistances in Series
- Introduction to Resistances in Series
- Pump Sizing Roadmap
Chapter 2: Valves
- Flow Coefficient (Cv)
- Cv Corrections for Viscosity and Specific Gravity
- Cv and Flow Capacity at Different Pressure Drops
- Converting Cv to Resistance Coefficient (K)
- Inherent Valve Curve
- Example of Inherent Valve Curve
- Introduction to Valve Authority
Chapter 3: Valve Authority & Installed Characteristic Curve
- Reviewing Valve Authority Definitions
-Valve Authority vs System Head...
Просмотров: 27
Видео
Installed Valve Characteristic Curve
Просмотров 34День назад
🔗 Enroll in the full course here: Control Valve Sizing for Liquid Applications www.udemy.com/course/control-valve-sizing-for-liquid-applications/?referralCode=D93EDD2FE390413E8C21&couponCode=ST12MT122624 Chapter 1: Resistances in Series - Introduction to Resistances in Series - Pump Sizing Roadmap Chapter 2: Valves - Flow Coefficient (Cv) - Cv Corrections for Viscosity and Specific Gravity - Cv...
Pump Sizing and Modelling Piping Systems
Просмотров 130Год назад
Pump Sizing and Modelling Piping Systems
Pump hydraulic horse power, brake horse power, motor power and efficiency
Просмотров 1,1 тыс.Год назад
Understanding pump hydraulic horse power, brake horse power, motor power and efficiency is fundamental in sizing pumps. Here is the link for the full course: Course: Pump Sizing & Modeling Piping Systems For Liquids Link: www.udemy.com/course/pump-sizing-modeling-piping-systems-for-liquids/?referralCode=D4DE2B8EB98D25838DBD
Orifice Plate Design
Просмотров 7 тыс.Год назад
Understanding orifice plate design is fundamental in designing piping systems and sizing pumps. Here is the link for the full course: Course: Pump Sizing & Modeling Piping Systems For Liquids Link: www.udemy.com/course/pump-sizing-modeling-piping-systems-for-liquids/?referralCode=D4DE2B8EB98D25838DBD
Valve Flow Coefficient Cv
Просмотров 518Год назад
Understanding valve flow coefficient, Cv, is fundamental in sizing valves, modeling hydraulic systems and sizing pumps. Here is the link for the full course: Course: Pump Sizing & Modeling Piping Systems For Liquids Link: www.udemy.com/course/pump-sizing-modeling-piping-systems-for-liquids/?referralCode=D4DE2B8EB98D25838DBD
Bernoulli Energy Balance for Pipes
Просмотров 107Год назад
Understanding the Bernoulli principle is fundamental in modeling hydraulic systems and sizing pumps. All engineers must be familiar with the Bernoulli equation since it's the starting point for solving many fluid design problems. Here is the link for the full course: Course: Pump Sizing & Modeling Piping Systems For Liquids Link: www.udemy.com/course/pump-sizing-modeling-piping-systems-for-liqu...
Bernoulli's principle - Fluid Total Energy
Просмотров 61Год назад
This video is part of an introduction highlighting the Bernoulli principle for calculating the total energy of a fluid. Here is the link for the full course: Course: Pump Sizing & Modeling Piping Systems For Liquids Link: www.udemy.com/course/pump-sizing-modeling-piping-systems-for-liquids/?referralCode=D4DE2B8EB98D25838DBD
Very precise explanation yet simple to understand
Good explanation.
i lost you air taught one orifice plate size 24,8 -pipe inner diameter 50 mm -initial pressure 8 bar after orifice is 7
Next time take an real example after explanation 😊
Thanks
Can you provide the chart reference for better clarity
where is next slide that describes the example
Give one example for orific calculation with calculation?