Forensic Engineers and Consultants

George Sanford

George Sanford

George Sanford

P.E. Phone: 803.732.6600 Cell: 803.667.1375 LinkedIn Download CV

Expertise

  • Building Damage Assessment
  • Construction Defect Evaluation
  • Building Foundation Issues
  • Building Envelope/Water Intrusion
  • Building Codes and Standards
  • Exterior Wall & Roofing Systems
  • Structural Design - Collapse/Failure Analysis
Biography

Senior Consulting Engineer George Sanford is a Licensed Professional Engineer in multiple states. He has over 30 years of applied structural engineering experience specializing in building design, building components, and foundation design. George holds a Bachelor of Science in Mechanical Engineering from North Carolina State University in Raleigh, North Carolina.

George has an extensive background in residential, commercial, and industrial structures and foundations. Throughout his career, George has designed and analyzed structures, supervised engineers, and prepared construction documents (drawings and specifications).

George has an in-depth knowledge of many building codes, standards, rules, and regulations including the agencies that govern and provide guidance to building designers such as the International Code Council (ICC), and the American Iron and Steel Institute (AISI). He is a member of the American Society of Civil Engineers (ASCE), American Concrete Institute (ACI), American Society of Mechanical Engineers (ASME), American Institute of Steel Construction (AISC), Concrete Reinforcing Steel Institute (CRSI), International Code Council (ICC), and the Structural Engineering Institute (SEI).

Qualifications
Applied Structural Engineering Experience – over 20 years
B.S. in Mechanical Engineering
Licensed Professional Engineer
Experience in Root Cause Failure Analysis
Current Member, American Society of Mechanical Engineers
National Council of Examiners for Engineering and Surveying (NCEES)
Recent Posts

Types of and Techniques for Reinforced Concrete Masonry Block Construction

Construction using concrete masonry blocks or units (CMU) is ubiquitous in the United States today, and in fact in the whole modern world.  CMU blockwork is a very versatile and relatively economical building material.  It is naturally strong in compression, but with reinforced, grout-filled cells, it can also withstand large shear, bending, and tensile loads […]

Moisture Intrusion into Concrete Slabs-on-Grade

Scenario:  A young couple is excited about buying their first home.  They pick it out from a catalog of house plans from the developer of a new neighborhood in town.  It will be a brand new construction starter type bungalow home on a slab-on-grade foundation.  For a cost adder, which is considerable to them, they […]

Issues with Moisture Intrusion through Flashing into Wood-Framed Structures

Flashing is a hot-button topic amongst residential designers, builders, and claims adjusters alike. In fact, currently one of the most prominent construction defect claims that we see involves moisture intrusion around improperly flashed window openings in wood-framed structures. Other trouble spots include the roof penetrations at chimneys and vent pipes.

Installation of Structural Sheathing on Wood-Framed Structures

The facts presented in this blog lead to an interesting story.  During the heyday of the residential construction boom in coastal South Carolina circa 2005, many General Contractors were forced to go out-of-state to find framers and other subcontractors due to the demand creating a local labor shortage.  It turned out that the state of […]

Types of and Techniques for Reinforced Concrete Masonry Block Construction

Construction using concrete masonry blocks or units (CMU) is ubiquitous in the United States today, and in fact in the whole modern world.  CMU blockwork is a very versatile and relatively economical building material.  It is naturally strong in compression, but with reinforced, grout-filled cells, it can also withstand large shear, bending, and tensile loads […]

Uplift and Shear Restraint Techniques for Residential Structures in Hurricane Wind Zones

Hurricane and Tropical Storm strength wind forces can wreak havoc on wood-framed residential structures.  One of the primary hazards is the negative pressures which can develop on the exterior building envelope when the structure is subjected to the high encircling winds.  These negative pressures act like the suction of a giant vacuum on a dwelling’s […]

Structural Issues with Coastal Residential Foundations

From corrosion to site drainage, coastal regions present a host of unique and challenging issues for homebuilders and residential property owners alike.  In this article, issues specific to coastal residential foundation installation and in-service function will be addressed.  “Coastal residential” will refer to single-family homes within AE or VE tidal flood zones for the purposes […]

Senior Consulting Engineer George Sanford is a Licensed Professional Engineer in multiple states. He has over 30 years of applied structural engineering experience specializing in building design, building components, and foundation design. George holds a Bachelor of Science in Mechanical Engineering from North Carolina State University in Raleigh, North Carolina.

George has an extensive background in residential, commercial, and industrial structures and foundations. Throughout his career, George has designed and analyzed structures, supervised engineers, and prepared construction documents (drawings and specifications).

George has an in-depth knowledge of many building codes, standards, rules, and regulations including the agencies that govern and provide guidance to building designers such as the International Code Council (ICC), and the American Iron and Steel Institute (AISI). He is a member of the American Society of Civil Engineers (ASCE), American Concrete Institute (ACI), American Society of Mechanical Engineers (ASME), American Institute of Steel Construction (AISC), Concrete Reinforcing Steel Institute (CRSI), International Code Council (ICC), and the Structural Engineering Institute (SEI).

Applied Structural Engineering Experience – over 20 years
B.S. in Mechanical Engineering
Licensed Professional Engineer
Experience in Root Cause Failure Analysis
Current Member, American Society of Mechanical Engineers
National Council of Examiners for Engineering and Surveying (NCEES)

Types of and Techniques for Reinforced Concrete Masonry Block Construction

Construction using concrete masonry blocks or units (CMU) is ubiquitous in the United States today, and in fact in the whole modern world.  CMU blockwork is a very versatile and relatively economical building material.  It is naturally strong in compression, but with reinforced, grout-filled cells, it can also withstand large shear, bending, and tensile loads […]

Moisture Intrusion into Concrete Slabs-on-Grade

Scenario:  A young couple is excited about buying their first home.  They pick it out from a catalog of house plans from the developer of a new neighborhood in town.  It will be a brand new construction starter type bungalow home on a slab-on-grade foundation.  For a cost adder, which is considerable to them, they […]

Issues with Moisture Intrusion through Flashing into Wood-Framed Structures

Flashing is a hot-button topic amongst residential designers, builders, and claims adjusters alike. In fact, currently one of the most prominent construction defect claims that we see involves moisture intrusion around improperly flashed window openings in wood-framed structures. Other trouble spots include the roof penetrations at chimneys and vent pipes.

Installation of Structural Sheathing on Wood-Framed Structures

The facts presented in this blog lead to an interesting story.  During the heyday of the residential construction boom in coastal South Carolina circa 2005, many General Contractors were forced to go out-of-state to find framers and other subcontractors due to the demand creating a local labor shortage.  It turned out that the state of […]

Types of and Techniques for Reinforced Concrete Masonry Block Construction

Construction using concrete masonry blocks or units (CMU) is ubiquitous in the United States today, and in fact in the whole modern world.  CMU blockwork is a very versatile and relatively economical building material.  It is naturally strong in compression, but with reinforced, grout-filled cells, it can also withstand large shear, bending, and tensile loads […]

Uplift and Shear Restraint Techniques for Residential Structures in Hurricane Wind Zones

Hurricane and Tropical Storm strength wind forces can wreak havoc on wood-framed residential structures.  One of the primary hazards is the negative pressures which can develop on the exterior building envelope when the structure is subjected to the high encircling winds.  These negative pressures act like the suction of a giant vacuum on a dwelling’s […]

Structural Issues with Coastal Residential Foundations

From corrosion to site drainage, coastal regions present a host of unique and challenging issues for homebuilders and residential property owners alike.  In this article, issues specific to coastal residential foundation installation and in-service function will be addressed.  “Coastal residential” will refer to single-family homes within AE or VE tidal flood zones for the purposes […]

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