Provided by CaptiveAir 1 CEU available Speaker: Bill Griffin German Tabor Course Description: No matter how perfect your HVAC unit conditions the air, it can all go awry if the delivery method is not well thought out. The first step is understanding exactly how air behaves in a duct. From Bernoulli’s Theorem to friction, dynamic losses, system effect, we’ll visualize every step of the way to make the concepts intuitive and fun. Prerequisite Knowledge:  None. Learning Objective 1:  Understanding Total, Static, and Dynamic Pressures within the context of ductwork. Learning Objective 2:  Understanding friction losses and the factors at play in a duct. Learning Objective 3:  Understanding dynamic losses and pressure loss coefficients within duct fittings. Learning Objective 4:  Understanding system effect and its impact on duct losses To access, click this link - https://www.youtube.com/watch?v=AXJ79HH3wi0

Provided by CaptiveAire 1 CEU available Speakers: Bill Griffin, German Tabor Kyle Thompson Course Description: Nature does what it wants, which means air in parallel duct branches doesn’t always behave how me might expect. In this video we’ll explain how we can predict and model complex airflows using simple calculations, and how software does it in an efficient, intuitive way. Prerequisite Knowledge: Duct Fundamentals Learning Objective 1: Understand loss coefficients for diverging tees. Learning Objective 2: Understand how to balance a duct system using the Equal Friction method. Learning Objective 3: Understand how to balance a duct system using the Static Regain method. Learning Objective 4: Understand how software may be used as an alternative to hand calculations, including general advantages and limitations. To access, click this link - https://www.youtube.com/watch?v=Gg5dSWIvJiQ

Provided by CaptiveAir 1 CEU available Speaker: Bill Griffin German Tabor Course Description: No matter how perfect your HVAC unit conditions the air, it can all go awry if the delivery method is not well thought out. The first step is understanding exactly how air behaves in a duct. From Bernoulli’s Theorem to friction, dynamic losses, system effect, we’ll visualize every step of the way to make the concepts intuitive and fun. Prerequisite Knowledge:  None. Learning Objective 1:  Understanding Total, Static, and Dynamic Pressures within the context of ductwork. Learning Objective 2:  Understanding friction losses and the factors at play in a duct. Learning Objective 3:  Understanding dynamic losses and pressure loss coefficients within duct fittings. Learning Objective 4:  Understanding system effect and its impact on duct losses To access, click this link - https://www.youtube.com/watch?v=AXJ79HH3wi0

Provided by CaptiveAire 1 CEU available Speakers: Bill Griffin, German Tabor Kyle Thompson Course Description: Nature does what it wants, which means air in parallel duct branches doesn’t always behave how me might expect. In this video we’ll explain how we can predict and model complex airflows using simple calculations, and how software does it in an efficient, intuitive way. Prerequisite Knowledge: Duct Fundamentals Learning Objective 1: Understand loss coefficients for diverging tees. Learning Objective 2: Understand how to balance a duct system using the Equal Friction method. Learning Objective 3: Understand how to balance a duct system using the Static Regain method. Learning Objective 4: Understand how software may be used as an alternative to hand calculations, including general advantages and limitations. To access, click this link - https://www.youtube.com/watch?v=Gg5dSWIvJiQ

Provided by CaptiveAir 1 CEU available Speaker: Bill Griffin German Tabor Course Description: No matter how perfect your HVAC unit conditions the air, it can all go awry if the delivery method is not well thought out. The first step is understanding exactly how air behaves in a duct. From Bernoulli’s Theorem to friction, dynamic losses, system effect, we’ll visualize every step of the way to make the concepts intuitive and fun. Prerequisite Knowledge:  None. Learning Objective 1:  Understanding Total, Static, and Dynamic Pressures within the context of ductwork. Learning Objective 2:  Understanding friction losses and the factors at play in a duct. Learning Objective 3:  Understanding dynamic losses and pressure loss coefficients within duct fittings. Learning Objective 4:  Understanding system effect and its impact on duct losses To access, click this link - https://www.youtube.com/watch?v=AXJ79HH3wi0

Provided by CaptiveAire 1 CEU available Speakers: Bill Griffin, German Tabor Kyle Thompson Course Description: Nature does what it wants, which means air in parallel duct branches doesn’t always behave how me might expect. In this video we’ll explain how we can predict and model complex airflows using simple calculations, and how software does it in an efficient, intuitive way. Prerequisite Knowledge: Duct Fundamentals Learning Objective 1: Understand loss coefficients for diverging tees. Learning Objective 2: Understand how to balance a duct system using the Equal Friction method. Learning Objective 3: Understand how to balance a duct system using the Static Regain method. Learning Objective 4: Understand how software may be used as an alternative to hand calculations, including general advantages and limitations. To access, click this link - https://www.youtube.com/watch?v=Gg5dSWIvJiQ

Provided by CaptiveAir 1 CEU available Speaker: Bill Griffin German Tabor Course Description: No matter how perfect your HVAC unit conditions the air, it can all go awry if the delivery method is not well thought out. The first step is understanding exactly how air behaves in a duct. From Bernoulli’s Theorem to friction, dynamic losses, system effect, we’ll visualize every step of the way to make the concepts intuitive and fun. Prerequisite Knowledge:  None. Learning Objective 1:  Understanding Total, Static, and Dynamic Pressures within the context of ductwork. Learning Objective 2:  Understanding friction losses and the factors at play in a duct. Learning Objective 3:  Understanding dynamic losses and pressure loss coefficients within duct fittings. Learning Objective 4:  Understanding system effect and its impact on duct losses To access, click this link - https://www.youtube.com/watch?v=AXJ79HH3wi0

Provided by CaptiveAire 1 CEU available Speakers: Bill Griffin, German Tabor Kyle Thompson Course Description: Nature does what it wants, which means air in parallel duct branches doesn’t always behave how me might expect. In this video we’ll explain how we can predict and model complex airflows using simple calculations, and how software does it in an efficient, intuitive way. Prerequisite Knowledge: Duct Fundamentals Learning Objective 1: Understand loss coefficients for diverging tees. Learning Objective 2: Understand how to balance a duct system using the Equal Friction method. Learning Objective 3: Understand how to balance a duct system using the Static Regain method. Learning Objective 4: Understand how software may be used as an alternative to hand calculations, including general advantages and limitations. To access, click this link - https://www.youtube.com/watch?v=Gg5dSWIvJiQ

Provided by CaptiveAir 1 CEU available Speaker: Bill Griffin German Tabor Course Description: No matter how perfect your HVAC unit conditions the air, it can all go awry if the delivery method is not well thought out. The first step is understanding exactly how air behaves in a duct. From Bernoulli’s Theorem to friction, dynamic losses, system effect, we’ll visualize every step of the way to make the concepts intuitive and fun. Prerequisite Knowledge:  None. Learning Objective 1:  Understanding Total, Static, and Dynamic Pressures within the context of ductwork. Learning Objective 2:  Understanding friction losses and the factors at play in a duct. Learning Objective 3:  Understanding dynamic losses and pressure loss coefficients within duct fittings. Learning Objective 4:  Understanding system effect and its impact on duct losses To access, click this link - https://www.youtube.com/watch?v=AXJ79HH3wi0

Provided by CaptiveAire 1 CEU available Speakers: Bill Griffin, German Tabor Kyle Thompson Course Description: Nature does what it wants, which means air in parallel duct branches doesn’t always behave how me might expect. In this video we’ll explain how we can predict and model complex airflows using simple calculations, and how software does it in an efficient, intuitive way. Prerequisite Knowledge: Duct Fundamentals Learning Objective 1: Understand loss coefficients for diverging tees. Learning Objective 2: Understand how to balance a duct system using the Equal Friction method. Learning Objective 3: Understand how to balance a duct system using the Static Regain method. Learning Objective 4: Understand how software may be used as an alternative to hand calculations, including general advantages and limitations. To access, click this link - https://www.youtube.com/watch?v=Gg5dSWIvJiQ

Provided by CaptiveAir 1 CEU available Speaker: Bill Griffin German Tabor Course Description: No matter how perfect your HVAC unit conditions the air, it can all go awry if the delivery method is not well thought out. The first step is understanding exactly how air behaves in a duct. From Bernoulli’s Theorem to friction, dynamic losses, system effect, we’ll visualize every step of the way to make the concepts intuitive and fun. Prerequisite Knowledge:  None. Learning Objective 1:  Understanding Total, Static, and Dynamic Pressures within the context of ductwork. Learning Objective 2:  Understanding friction losses and the factors at play in a duct. Learning Objective 3:  Understanding dynamic losses and pressure loss coefficients within duct fittings. Learning Objective 4:  Understanding system effect and its impact on duct losses To access, click this link - https://www.youtube.com/watch?v=AXJ79HH3wi0

Provided by CaptiveAire 1 CEU available Speakers: Bill Griffin, German Tabor Kyle Thompson Course Description: Nature does what it wants, which means air in parallel duct branches doesn’t always behave how me might expect. In this video we’ll explain how we can predict and model complex airflows using simple calculations, and how software does it in an efficient, intuitive way. Prerequisite Knowledge: Duct Fundamentals Learning Objective 1: Understand loss coefficients for diverging tees. Learning Objective 2: Understand how to balance a duct system using the Equal Friction method. Learning Objective 3: Understand how to balance a duct system using the Static Regain method. Learning Objective 4: Understand how software may be used as an alternative to hand calculations, including general advantages and limitations. To access, click this link - https://www.youtube.com/watch?v=Gg5dSWIvJiQ

Provided by CaptiveAir 1 CEU available Speaker: Bill Griffin German Tabor Course Description: No matter how perfect your HVAC unit conditions the air, it can all go awry if the delivery method is not well thought out. The first step is understanding exactly how air behaves in a duct. From Bernoulli’s Theorem to friction, dynamic losses, system effect, we’ll visualize every step of the way to make the concepts intuitive and fun. Prerequisite Knowledge:  None. Learning Objective 1:  Understanding Total, Static, and Dynamic Pressures within the context of ductwork. Learning Objective 2:  Understanding friction losses and the factors at play in a duct. Learning Objective 3:  Understanding dynamic losses and pressure loss coefficients within duct fittings. Learning Objective 4:  Understanding system effect and its impact on duct losses To access, click this link - https://www.youtube.com/watch?v=AXJ79HH3wi0

Provided by CaptiveAire 1 CEU available Speakers: Bill Griffin, German Tabor Kyle Thompson Course Description: Nature does what it wants, which means air in parallel duct branches doesn’t always behave how me might expect. In this video we’ll explain how we can predict and model complex airflows using simple calculations, and how software does it in an efficient, intuitive way. Prerequisite Knowledge: Duct Fundamentals Learning Objective 1: Understand loss coefficients for diverging tees. Learning Objective 2: Understand how to balance a duct system using the Equal Friction method. Learning Objective 3: Understand how to balance a duct system using the Static Regain method. Learning Objective 4: Understand how software may be used as an alternative to hand calculations, including general advantages and limitations. To access, click this link - https://www.youtube.com/watch?v=Gg5dSWIvJiQ

Provided by CaptiveAir 1 CEU available Speaker: Bill Griffin German Tabor Course Description: No matter how perfect your HVAC unit conditions the air, it can all go awry if the delivery method is not well thought out. The first step is understanding exactly how air behaves in a duct. From Bernoulli’s Theorem to friction, dynamic losses, system effect, we’ll visualize every step of the way to make the concepts intuitive and fun. Prerequisite Knowledge:  None. Learning Objective 1:  Understanding Total, Static, and Dynamic Pressures within the context of ductwork. Learning Objective 2:  Understanding friction losses and the factors at play in a duct. Learning Objective 3:  Understanding dynamic losses and pressure loss coefficients within duct fittings. Learning Objective 4:  Understanding system effect and its impact on duct losses To access, click this link - https://www.youtube.com/watch?v=AXJ79HH3wi0

Provided by CaptiveAire 1 CEU available Speakers: Bill Griffin, German Tabor Kyle Thompson Course Description: Nature does what it wants, which means air in parallel duct branches doesn’t always behave how me might expect. In this video we’ll explain how we can predict and model complex airflows using simple calculations, and how software does it in an efficient, intuitive way. Prerequisite Knowledge: Duct Fundamentals Learning Objective 1: Understand loss coefficients for diverging tees. Learning Objective 2: Understand how to balance a duct system using the Equal Friction method. Learning Objective 3: Understand how to balance a duct system using the Static Regain method. Learning Objective 4: Understand how software may be used as an alternative to hand calculations, including general advantages and limitations. To access, click this link - https://www.youtube.com/watch?v=Gg5dSWIvJiQ

Provided by CaptiveAir 1 CEU available Speaker: Bill Griffin German Tabor Course Description: No matter how perfect your HVAC unit conditions the air, it can all go awry if the delivery method is not well thought out. The first step is understanding exactly how air behaves in a duct. From Bernoulli’s Theorem to friction, dynamic losses, system effect, we’ll visualize every step of the way to make the concepts intuitive and fun. Prerequisite Knowledge:  None. Learning Objective 1:  Understanding Total, Static, and Dynamic Pressures within the context of ductwork. Learning Objective 2:  Understanding friction losses and the factors at play in a duct. Learning Objective 3:  Understanding dynamic losses and pressure loss coefficients within duct fittings. Learning Objective 4:  Understanding system effect and its impact on duct losses To access, click this link - https://www.youtube.com/watch?v=AXJ79HH3wi0

Provided by CaptiveAire 1 CEU available Speakers: Bill Griffin, German Tabor Kyle Thompson Course Description: Nature does what it wants, which means air in parallel duct branches doesn’t always behave how me might expect. In this video we’ll explain how we can predict and model complex airflows using simple calculations, and how software does it in an efficient, intuitive way. Prerequisite Knowledge: Duct Fundamentals Learning Objective 1: Understand loss coefficients for diverging tees. Learning Objective 2: Understand how to balance a duct system using the Equal Friction method. Learning Objective 3: Understand how to balance a duct system using the Static Regain method. Learning Objective 4: Understand how software may be used as an alternative to hand calculations, including general advantages and limitations. To access, click this link - https://www.youtube.com/watch?v=Gg5dSWIvJiQ

Provided by CaptiveAir 1 CEU available Speaker: Bill Griffin German Tabor Course Description: No matter how perfect your HVAC unit conditions the air, it can all go awry if the delivery method is not well thought out. The first step is understanding exactly how air behaves in a duct. From Bernoulli’s Theorem to friction, dynamic losses, system effect, we’ll visualize every step of the way to make the concepts intuitive and fun. Prerequisite Knowledge:  None. Learning Objective 1:  Understanding Total, Static, and Dynamic Pressures within the context of ductwork. Learning Objective 2:  Understanding friction losses and the factors at play in a duct. Learning Objective 3:  Understanding dynamic losses and pressure loss coefficients within duct fittings. Learning Objective 4:  Understanding system effect and its impact on duct losses To access, click this link - https://www.youtube.com/watch?v=AXJ79HH3wi0

Provided by CaptiveAire 1 CEU available Speakers: Bill Griffin, German Tabor Kyle Thompson Course Description: Nature does what it wants, which means air in parallel duct branches doesn’t always behave how me might expect. In this video we’ll explain how we can predict and model complex airflows using simple calculations, and how software does it in an efficient, intuitive way. Prerequisite Knowledge: Duct Fundamentals Learning Objective 1: Understand loss coefficients for diverging tees. Learning Objective 2: Understand how to balance a duct system using the Equal Friction method. Learning Objective 3: Understand how to balance a duct system using the Static Regain method. Learning Objective 4: Understand how software may be used as an alternative to hand calculations, including general advantages and limitations. To access, click this link - https://www.youtube.com/watch?v=Gg5dSWIvJiQ

Provided by CaptiveAir 1 CEU available Speaker: Bill Griffin German Tabor Course Description: No matter how perfect your HVAC unit conditions the air, it can all go awry if the delivery method is not well thought out. The first step is understanding exactly how air behaves in a duct. From Bernoulli’s Theorem to friction, dynamic losses, system effect, we’ll visualize every step of the way to make the concepts intuitive and fun. Prerequisite Knowledge:  None. Learning Objective 1:  Understanding Total, Static, and Dynamic Pressures within the context of ductwork. Learning Objective 2:  Understanding friction losses and the factors at play in a duct. Learning Objective 3:  Understanding dynamic losses and pressure loss coefficients within duct fittings. Learning Objective 4:  Understanding system effect and its impact on duct losses To access, click this link - https://www.youtube.com/watch?v=AXJ79HH3wi0

Provided by CaptiveAire 1 CEU available Speakers: Bill Griffin, German Tabor Kyle Thompson Course Description: Nature does what it wants, which means air in parallel duct branches doesn’t always behave how me might expect. In this video we’ll explain how we can predict and model complex airflows using simple calculations, and how software does it in an efficient, intuitive way. Prerequisite Knowledge: Duct Fundamentals Learning Objective 1: Understand loss coefficients for diverging tees. Learning Objective 2: Understand how to balance a duct system using the Equal Friction method. Learning Objective 3: Understand how to balance a duct system using the Static Regain method. Learning Objective 4: Understand how software may be used as an alternative to hand calculations, including general advantages and limitations. To access, click this link - https://www.youtube.com/watch?v=Gg5dSWIvJiQ

Provided by CaptiveAir 1 CEU available Speaker: Bill Griffin German Tabor Course Description: No matter how perfect your HVAC unit conditions the air, it can all go awry if the delivery method is not well thought out. The first step is understanding exactly how air behaves in a duct. From Bernoulli’s Theorem to friction, dynamic losses, system effect, we’ll visualize every step of the way to make the concepts intuitive and fun. Prerequisite Knowledge:  None. Learning Objective 1:  Understanding Total, Static, and Dynamic Pressures within the context of ductwork. Learning Objective 2:  Understanding friction losses and the factors at play in a duct. Learning Objective 3:  Understanding dynamic losses and pressure loss coefficients within duct fittings. Learning Objective 4:  Understanding system effect and its impact on duct losses To access, click this link - https://www.youtube.com/watch?v=AXJ79HH3wi0

Provided by CaptiveAire 1 CEU available Speakers: Bill Griffin, German Tabor Kyle Thompson Course Description: Nature does what it wants, which means air in parallel duct branches doesn’t always behave how me might expect. In this video we’ll explain how we can predict and model complex airflows using simple calculations, and how software does it in an efficient, intuitive way. Prerequisite Knowledge: Duct Fundamentals Learning Objective 1: Understand loss coefficients for diverging tees. Learning Objective 2: Understand how to balance a duct system using the Equal Friction method. Learning Objective 3: Understand how to balance a duct system using the Static Regain method. Learning Objective 4: Understand how software may be used as an alternative to hand calculations, including general advantages and limitations. To access, click this link - https://www.youtube.com/watch?v=Gg5dSWIvJiQ

Provided by CaptiveAir 1 CEU available Speaker: Bill Griffin German Tabor Course Description: No matter how perfect your HVAC unit conditions the air, it can all go awry if the delivery method is not well thought out. The first step is understanding exactly how air behaves in a duct. From Bernoulli’s Theorem to friction, dynamic losses, system effect, we’ll visualize every step of the way to make the concepts intuitive and fun. Prerequisite Knowledge:  None. Learning Objective 1:  Understanding Total, Static, and Dynamic Pressures within the context of ductwork. Learning Objective 2:  Understanding friction losses and the factors at play in a duct. Learning Objective 3:  Understanding dynamic losses and pressure loss coefficients within duct fittings. Learning Objective 4:  Understanding system effect and its impact on duct losses To access, click this link - https://www.youtube.com/watch?v=AXJ79HH3wi0

Provided by CaptiveAire 1 CEU available Speakers: Bill Griffin, German Tabor Kyle Thompson Course Description: Nature does what it wants, which means air in parallel duct branches doesn’t always behave how me might expect. In this video we’ll explain how we can predict and model complex airflows using simple calculations, and how software does it in an efficient, intuitive way. Prerequisite Knowledge: Duct Fundamentals Learning Objective 1: Understand loss coefficients for diverging tees. Learning Objective 2: Understand how to balance a duct system using the Equal Friction method. Learning Objective 3: Understand how to balance a duct system using the Static Regain method. Learning Objective 4: Understand how software may be used as an alternative to hand calculations, including general advantages and limitations. To access, click this link - https://www.youtube.com/watch?v=Gg5dSWIvJiQ