Analysis
The Timber
Framing Systems
Biological Decay
Project Management
Repairs
Surface Finishes
Analysing the physical evidence of any given building or structure:
• Detailed interpretation of its evolution and
• Dating
• Establishing the historical and regional
• Outlining development over time
• Complex timber structure analysis –
The Timber in a Historic Building:
• Identification of species and origin
• Use specific evaluation
• Assessment of the fundamental properties and
• Fault evaluation
• Dendrochronology
Framing Systems:
• Methods of conversion
• How frames were laid and set out
• Erection procedure and sequence
• Interpretation of surface marks
Biological Decay:
• Assessing the failure of timbers due to decay
• Analysing fungal, insect and physical decay
• Decay control
• Decay survey – advanced techniques
• Development of repair strategy
• Advice on treatment of decay
Project Management:
• Health and Safety; advice on theory and site
• Risk Assessments and Method Statements
• Construction(Design and Management)
• Planning Supervisor/Coordinator for
• Control of Substances Hazardous to Health
• Advice on dismantling and re-erection
Repairs to Timber Structures:
Traditional and modern methods of repairing historic timbers
• Structural analysis of timber frames
• Structural analysis of defects and failures
• Development of repair strategies
• Repair design and specification
• Advice on charters and ‘best practice’
• Composite repair systems using epoxy resins
• Conserving associated materials
• Repairs in situ/dismantling
• Repairs using steel
• Strengthening and reinforcing timbers frames
• Specification of fixings
• Enhancing fire resistance
• Strength testing
Surface Finishes:
• Conservation of visible surfaces
• Cleaning of timber surfaces
• Consolidation of friable timber using synthetic
• Cladding and infill panels
• Repair of non structural elements – windows,