Thermal bridging is an important consideration in Low Carbon Building design. Generally, the aim is to wrap entire the thermal envelope in a blanket of insulation, thereby eliminating all bridges. However, practicalities and cost may prevent this goal from being achieved. To properly assess junctions that contain thermal bridging, 2D thermal modelling is often needed. This modelling must be carefully performed using validated software to ensure accurate results.
In this course, participants will learn the fundamentals of thermal bridging calculations for wood-framed construction. Common junction details and their modelling conventions will be examined. Modelling techniques will be taught using Therm. Participants will be given the opportunity to perform calculations and have them reviewed in live.
- Gain better understanding of heat loss in buildings due to thermal bridging
- Understand what comprises a high quality junction detail
- Assess degree of thermal bridging in a junction qualitatively
- Learn basic commands in the steady state numerical analysis software THERM
- Create 2D thermal models of junction details
- Set up the steady state models to output correct results
- Calculate heat flows in THERM
- Analyse the calculation results to ensure accuracy
- Learn and apply the Passive House thermal bridging modelling conventions
- Quantify the degree of thermal bridging at junctions
- Gain practical experience in the calculation of thermal bridging heat loss
- Account for thermal bridging in building energy modelling software
Intended Audience: Building energy modellers, building envelope consultants, engineers, architects and other building professionals that wish to understand and quantify thermal bridging.
Prerequisites: Participants must have a familiarity with Excel and basic building heat loss calculations.
Optional Course Extension: Course participants wishing to further refine their modelling skills will have the opportunity to submit models they complete after the course. Feedback will be provided on these models at an additional charge per model.
Course Requirements: Laptop with THERM 7 preloaded; MS Excel (or equivalent); calculator, pencil and notepad for sketching
To register your interest please email [email protected]eelpassivehouse.ca
Stephen Quinn, BEng, Accredited PH Certifier, Certified Passive House Designer and Trainer
Stephen is a certified Passive House Designer with over 8 years experience in the Passive House industry, 5 of those years working as a project manager with a leading Passive House consulting company in Germany. Stephen comes from an engineering background having completed a Civil Engineering degree in the UK. Being at the forefront of the Passive House movement Stephen has gained firsthand experience working on some of the largest Passive House buildings worldwide.With projects ranging from hotels to museums he has gained a wealth of knowledge in applying the Passive House principles to numerous types of buildings. At Peel Passive House, Stephen primarily works in certification and consultancy, working closely with clients on Passive House projects. Stephen brings this experience to bear in all the training he delivers.
Melissa Furukawa, MBSc, Accredited PH Certifier, Certified Passive House Designer
Melissa is a Passive House Designer with experience in low energy building design and analysis. She completed her Master of Building Science degree at Ryerson University. Melissa has worked on a variety of projects all over the world designing buildings that are climate-responsive by incorporating passive design elements to maximize user comfort while minimizing energy use. She has extensive experience in energy modelling, daylight analysis, climate analysis, as well as various other engineering analyses.Melissa is a Certified Passive House Designer and Accredited Passive House Certifier with 3 years of experience in the Passive House Industry. At Peel Passive House, Melissa supports the company's certification, consultancy, thermal modelling, training and research activities.