Practical questions to support initial project discussions. Site-specific assessment and design remain essential.
Tell us about your project and explore the next step.
25 items
Foundation strengthening addresses capacity and deformation of the ground and foundations; tilt correction adjusts a building's inclination. They may be coordinated, but settlement stabilization, tilt correction and structural strengthening have different objectives.
Explore ↗Provide the location, building use, photographs and available investigation, design, as-built, testing and deformation records. If information is incomplete, describe what is available so the team can identify further investigation needs.
Explore ↗Cracks have many possible causes. A photograph alone cannot diagnose foundation settlement. Crack location, shape, progression, structural details and settlement observations must be assessed together.
Explore ↗Pile number alone does not determine effectiveness. Layout, bearing conditions, connections and interaction between new and existing foundations all require design based on investigation and calculation.
Explore ↗Selection considers structure, foundations, soil, the cause of tilt, access and effects on surroundings. Cases explain technical approaches but cannot replace project-specific analysis and design.
Explore ↗Monitoring records deformation and construction response to inform adjustments and evaluation. The scheme must define what is monitored, how often and the required control criteria.
Explore ↗Structural and ground conditions, defect extent, access, equipment, materials, monitoring and use restrictions affect the work. A meaningful estimate requires a defined scope and technical scheme.
Explore ↗Duration depends on available information, investigation and design requirements, scope and site conditions. The time for one operation in another case is not a whole-project schedule.
Explore ↗Structural condition, construction effects and use requirements need specific assessment, with occupancy arrangements defined by responsible professionals. A method's name alone does not establish safe continued use.
Explore ↗Define equipment loads, position, vibration and operating conditions, then review drawings and the current structure. Assessment and design establish whether and how strengthening is needed.
Explore ↗Establish conservation requirements, structural condition, destination and route. Protection, underpinning, movement and new foundations must be planned together with conservation objectives.
Explore ↗Repair must address both structural condition and conservation of original materials, construction and heritage value. Scope and methods depend on the individual building and applicable conservation requirements.
Explore ↗Provide geotechnical and groundwater information, basement design and as-built drawings, use conditions, and records of cracking, movement, leakage and repairs. Investigation must establish whether uplift is the underlying issue.
Explore ↗Similar appearance or use is insufficient. Structural systems, foundations, soils, causes and construction conditions may differ. Cases support discussion and explain approaches rather than serve as ready-made designs.
Explore ↗Retain agreed design and change documents, construction and material records, testing and monitoring data, and acceptance and handover files. The project requirements and contract determine the final list.
Explore ↗Some projects allow phased or zoned work, but continued production depends on structure, isolation, equipment and construction-stage safety. Photographs or similar cases cannot establish feasibility.
Explore ↗Trading needs must be assessed alongside structural safety, access and work isolation. Investigation, design and construction planning establish whether partial trading is possible and which areas must close.
Explore ↗First establish whether movement is continuing and assess foundations and superstructure. Then consider stabilization, correction and strengthening together. A single measurement or photograph is insufficient to select a method.
Explore ↗Establish the protection status and scope, then check qualifications, comparable experience, specialists and documentation capability. Requirements vary by protection category and cannot be inferred from the general term historic building.
Explore ↗Consider qualifications, specialists, comparable work, research and project organization together. Awards and patents indicate achievements but cannot replace project-specific technical assessment or guarantee applicability.
Explore ↗Feasibility depends on structure, foundations, target level, surroundings and use. Support, force transfer, synchronization and monitoring are project-specific and cannot be decided by floor area or storey count alone.
Explore ↗Verify test results, affected scope and forces before considering strengthening, replacement or other treatment. Concrete replacement is not a universal answer, and construction-stage force transfer requires specific study.
Explore ↗Investigate structure, groundwater, construction and use conditions. Uplift, cracks and leakage do not necessarily share one cause. Assemble current and historical records before professional assessment.
Explore ↗Assess the existing structure, damage, equipment and installation method. Additional actions extend beyond equipment self-weight; professional design determines loads and combinations. Roof area alone is insufficient.
Explore ↗Assemble design, inspection, maintenance and operating records, describe defects and traffic restrictions. Bearing replacement and member strengthening require investigation, not decisions based only on age or appearance.
Explore ↗