GBE Equations Navigation
GBE > Encyclopaedia > Files > Calculators > Equations > G#31163
Index:
GBE Equations
- Decrement Delay Factor (Equation) G#31148
- UK Building Regulations Part L dictates attention is given to winter heating energy demands but ignores (so far) summer solar heat gains
- How long does it take for solar radiant heat to pass through the external building fabric to start modifying the internal temperatures
- Heavyweight construction offers a longer delay
- Lightweight construction usually offers short delay
- However some thermal insulation materials can provide that delay in lightweight construction
- This equation can begin to address this issue.
- Form Factor (Equation) G#38342
- The ratio of external envelope to floor area or volume ratios can be used as a design driver to improve building energy efficiency
- Simple singular cubic design is more efficient than multiple, long thin or sprawling buildings.
© GBE NGS ASWS Brian Murphy aka BrianSpecMan *
11th November 2019 – 6th April 2020
See Also:
GBE Equations
- Decrement Delay Factor (Equation) G#31148
- Form Factor (Equation) G#38342
GBE Lockdown Learning
- Lockdown Learning (Navigation) G#38210
- Relationship between building form and energy efficiency (On LinkedIn)
- Direct to Article on Tandmarch Canada
GBE Datasets
- Timber Species (Dataset) G#1371 N#1351
- Timber Species Dataset (Shop) G#10656
GBE Calculators
- Timber Sector Carbon Calculator (Proposal) G#15015
- GBE Waste Cost Lite (Calculator) G#531 N#551
- GBE Whole Building EE EC SC (Calculator) G#1910 N#1764
- GBE Whole building Embodied Sequestered Energy Carbon (Calculator) G#1904 N#1761
GBE Shop
- GBE Calculator Whole Building EE EC SC A11 XLS (Shop) G#11090
- GBE Calculator Whole Building EE EC SC A10 XLSX (Shop) G#10445
- Timber Species Dataset (Shop) G#10656
GBE Jargon Buster
- BIM Building Information Modelling/Management
- Decrement Delay Decrement Factor (Jargon Buster) G#14043
- Decremental conduction (Jargon Buster) N#954
© GBE NGS ASWS Brian Murphy aka BrianSpecMan *
11th November 2019 – 6th April 2020