![]() The images referenced here are examples from a project we completed in downtown Dallas, TX. ![]() Our imagers are capable of documenting in 20mp resolution or higher and are capable of zooming in close to the structure to see more detail when issues are observed in the field. We can capture as high of resolution as necessary to complete a job effectively. The process involved inspecting conditions, writing up specs and estimating costs for repairs, completing the insurance claim, and completing the remediation work through to completion. Our immediate involvement and partnership with the consulting group and contractor helped see this project to completion within just 9 months from the date of the storm. We were brought out to perform our drone inspection within 24 hours of the weather event. One project we were involved with out of Dallas, TX was a 3 tower building that got hit by a wind storm causing substantial building envelope damage. If a building is not set up for proper safe access to inspect a building after storm damage is experienced, utilizing drone technology can substantially expedite the entire process, saving a lot of time and money. We organize our documentation process by proposed drops off the buildings, making it easy to take our data set and perform physical inspections or make repairs based on the observations. With a good understanding of exactly what needs to be studied and observed in the building, we can put together a flight plan that allows us to review those areas in sufficient detail. I always recommend further testing on anomalies to confirm moisture where we suspect it.Ĭapturing RGB (visible images) documenting the exterior condition of the facade is a crucial step in the thermal inspection process, but also provides substantial value in documenting and studying exterior conditions. The moisture in the structure will often cause a temperature change because it has more mass than the surrounding dry structure. While these thermal inspections are commonly conducted on the interior or exterior, we typically survey from the exterior after the walls have undergone solar loading. Infrared inspections can be conducted to detect evidence of latent moisture within building materials. The observations studied are considered suspect until further validated through further physical inspection. Completing the surveys will help identify missing or poorly installed insulation and observe possible openings in the air barrier. These inspections are commonly completed from the interior and exterior of the building, depending on what needs to be observed. Applicable constructions include insulated building sidewalls, EIFS, and other building finishes which can absorb moisture.Įnergy loss due to missing, damaged, or misapplied insulation or air leakage is commonly observed by thermal imaging. ![]() Convective exceptions are usually caused by cracks and holes that permit the controlled movement of air across the building envelope. Conductive exceptions observed often indicate insufficiently, improperly installed, damaged, or water-saturated insulation and/or structural components. The purpose of an infrared inspection of a building’s facade structure is to locate and document abnormal thermal patterns that can indicate problems. Thermal imaging is capable of providing value at any point during the construction process to well into the structure’s useful life. From Concrete Masonry (CMU) to Exterior Insulation & Finish Systems (EIFS), thermal imaging is capable of helping to understand facade conditions by observing suspected moisture and studying energy loss.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |