Structural Engineering

Services

The firm provides services covering all phases of structural engineering. These services include studies of structural systems in planning and conceptual design, preliminary design for budgeting, construction documents, and general onsite observation of structural work during construction. The firm has special expertise in wind-tunnel based design of high-rise building structures, including customized site-specific design criteria, having authored the special wind appendix of the Hawaii State Building Code.

Expertise

Cost Control, Quality of Work and Compliance with Performance Schedule: The firm's design quality control is practiced continuously with direct principal involvement on every project. Project documents of each job are independently reviewed at various key stages throughout the job in order to insure conformance to the highest quality standards. All of the firm's projects are produced on CAD. Fast track projects with tight budget constraints are everyday requirements. Value engineering is implemented from the initiation of conceptual design and is practiced throughout the development of the construction documents to provide a constructible, low cost project meeting the demands of the end users. The firm strongly believes in providing continuity in key personnel throughout a project’s design and construction.
 
Ability to Perform the Work in the Required Time and Accomplish a Variation of Taskings Simultaneously: Martin & Chock, Inc. has a proven track record in designing large high-quality projects compatible with Pacific construction techniques and economic factors influencing structural materials. At the same time, the conception and execution of structural system designs have consistently utilized leading edge engineering expertise and computer applications. The experienced staff resources of the Martin Associates Group, Inc. numbering over 300 personnel, allows even greater diversity of expertise and flexibility in servicing larger projects with tight schedules.
 
Building Information Modeling: Implementing BIM into the office, coordinating the BIM model with the architect, and fabricating from the BIM model geometry has many challenges. Marcello Sgambelluri is the BIM Technology Manger for the Martin Associates Group, responsible for the implementation of BIM on numerous large projects in the public and private sectors. We utilize AutoDesk AutoCAD and Revit Structural as well as Rhino and CATIA. It allows us to rotate and explore every detail of a design by expediting the analysis, and testing and modifications early in the design process.
 
Ability to perform site surveys for detailed evaluations of facilities: As structural engineers, we have performed hundreds of site surveys, more recently in performing structural evaluations and analyses of hurricane shelters and essential facilities. As an example, we collected information from site surveys to create a database of all buildings on University of Hawaii campuses. We surveyed dozens of single wall residences on the Big Island after the Kiholo Bay earthquake, and developed strengthening retrofits applicable statewide. We are presently surveying Hawaii County critical facilities and Maui County Critical Facilities in 2009.
 
Structural Evaluations/Investigations: Extensive experience in performing structural evaluations/investigations for various purposes: These investigations ranged from narrow focus investigations to comprehensive structural investigations, where field surveys, non-destructive testing of existing materials, and detailed structural analysis of an existing structure have been performed.
  • Seismic and wind load evaluations of all types of existing structures
  • Structural survey and investigation of structures with hurricane damage
  • Post-earthquake structural survey and investigation of buildings and structures
  • Structural survey and investigation of structures with fire damage
  • Structural survey and investigation of structures with flood damage
  • Structural expert witness and forensic consultation
  • Structural survey and investigation of wood framed structures with termite and dry rot damage
  • Due diligence structural surveys and reports for clients purchasing existing buildings
  • Structural investigations of corrosion damage of reinforced concrete structures including alternative repair method
  • Structural investigations involving corrosion of steel-framed structures
  • Investigations of possible structural distress observed by occupants
  • Structural survey and investigation of buildings and structures damaged by foundation differential settlement; expansive soils, and other types of ground movements

Specialized Equipment for Building Investigations: Floor level surveys with hydrostatic meters; Reinforcing bar pachometers for non-invasive investigations; Electrical half-cell potential surveys for corrosion investigation of reinforced concrete.

Capability to use HAZUS-MH or equivalent risk and vulnerability assessment tools such as the Benefit Cost Analysis Tool: Martin & Chock has more experience with the application of HAZUS MH than any other private or public entity in Hawaii, having over 10 years of experience in its use and improvement of the HAZUS dataset for Hawaii. Benefit Cost Analysis is required for any mitigation project grant application per the requirement of 44 CFP § 201.6 (c)(3).All mitigation actions must be prioritized according to a cost-benefit analysis, with a focus on how effective the actions are expected to be with respect to their cost.
 
Alteration, Renovation, and Retrofit Projects: Martin & Chock, Inc. has extensive recent experience in the alteration, renovation, and retrofit of all types of buildings and structures. These projects have ranged from multi-story hotel and office buildings containing hundreds of thousands of square feet floor area, to two and three story concrete, masonry, steel, and wood-framed schools, apartments, shopping centers, office / administrative buildings, etc.; to single story warehouses, clinics, industrial buildings, and utility buildings containing tens of thousands or just a couple of thousand square feet of floor area. We have also used carbon fiber composite overlays for unique projects involving the repair and retrofit of concrete structural elements.
 
Corrosion Mitigation: Martin & Chock, Inc. is knowledgeable in techniques for the mitigation of corrosion and repairs of existing buildings, including using cathodic protection techniques.
 
Seismic Design: Martin & Chock, Inc. personnel have demonstrated capabilities in structural design for all project types and sizes, completed in both the private and public sectors worldwide. Utilizing the latest design techniques, computer applications, and engineering concepts, we create structural systems based on their efficiency and economic feasibility, as well as consistency with each project’s architectural theme. The firm has designed numerous structures in zones of high seismicity, and routinely performs nonlinear, linear, static, and dynamic seismic analyses of complex structures. Gary Chock has structural experience encompassing all seismic zones. Mr. Chock has been active in earthquake engineering through his involvement as founding chairman of the Hawaii State Earthquake Advisory Committee. Mr. Chock represents the Hawaii State Earthquake Advisory Committee at the national Building Seismic Safety Council.
 
Blast Resistant Design and Anti-Terrorism Force Protection (ATFP): We specialize in design of buildings and other structures to resist the blast forces created by terrorist events or accidental explosions. Our experience in blast effects analysis and design, research and development, testing, and field engineering, will produce an engineering design that will address criteria involved risk factor analysis, damage control, importance factors, and material behavior. We also provide an extensive range of integrity evaluation services for existing facilities. Our sophisticated approaches serve to allow a more efficient distribution of materials, and to maintain strength and structural reliability without undue cost to the project. Mr. Chock is also an approved data custodian under a DD 2345 Militarily Critical Data Agreement, and performs Blast Effect Analysis and ATFP using methodologies of the US Army Corps of Engineers Protective Design Center.
 
Sustainable Design: Martin & Chock’s contributions to sustainable development as structural engineers include evaluation of:
  • Value engineering to reduce the quantity of structural materials; using less is the best way to minimize environmental impacts.
  • Use of locally available, locally manufactured, and locally extracted resources.
  • Specification of materials employing recycled content such as recycled steel (95% recycled), concrete with recycled (fly ash) pozzolans (25% recycled) to replace conventional cement, thereby reducing CO2 emissions.
  • Coordination of structural specifications with LEED, Green Spec and Whole Building Design Guide, references as well as adjustment of standards to recognize the technical performance characteristics of green materials, such as the unique curing rates of concrete with recycled pozzolans; specification of low VOC products; specification of steel produced in the U.S. with electric arc furnace recycling of scrap steel. Use of sustainable forestry and manufactured wood products.
  • Design to reduce construction waste. For example, we normally detail all concrete stairs to be precasted at the site using the excess concrete usually wasted at the end of a pour. Other secondary structural elements at-grade can be designed to utilize nearly 100% of all batched concrete delivered to the site.
  • Coordination of the structure to enable LEED-rated architectural and mechanical features
  • Collection of supporting documentation and establishing the necessary product data submittal requirements to enable certification of recycled and LEED rating certifications.
Project Types
Photo Gallery

Highrise Office/Condos

Project Description
The Pinnacle Honolulu A 36-floor fee-simple condominium featuring no more than two private residences per floor.
Keola La`i Condominium A 38-story tower on top of a 5-story parking and commercial retail structure. The residential tower has 393 units, and the parking structure has 700 stalls. The total floor area of the 43-story project is 714,000 sf. Fast-tracked foundation construction on the site of a formerly abandoned project.
Lanikea at Waikiki A 26-story concrete high-rise on top of a 5- story parking structure. The system is an exterior hybrid concrete wall-frame interacting with a concrete core.
First Hawaiian Center This corporate headquarters for First Hawaiian Bank is a 430-ft.-tall, 27-story, steel-framed building with a five-story deep concrete basement; 700,000 sq. ft. Utilized Multi-Hazard Performance Based Engineering. Tallest building in the State of Hawaii.
Waikiki Landmark Two 320-ft., 38-story concrete condominium towers with 6-story high interconnection at the 260-ft. elevation, and an adjacent 110-ft.-tall, 11-story parking structure; 637,000 sq. ft.
Alakea Corporate Tower A 32-story office building with a 6-story deep subterranean parking garage. The foundation mat construction set a record for the largest continuous concrete pour in the State.
Nauru Tower Phase I A 44-story, 304-unit luxury high-rise condominium with an adjoining parking structure. At 418 feet, Nauru Tower is the tallest concrete building in the State of Hawaii; 600,000 sq. ft.
1132 Bishop St. Building 387-ft.-tall, 25-story, steel-framed office building with a five-story concrete basement. 660,000 sq. ft.
 
Hotel/Resort
 
Project Description
Hawaii Prince Hotel The Hawaii Prince Hotel is a 521-room, 350-foot-tall project featuring two 28-story concrete towers atop a 5-story podium and a basement built 21 feet below sea level. It was the first high-rise structure in Hawaii designed using wind-tunnel testing. 625,000 sq. ft.
Kalia Tower – Hilton Hawaiian Village A 300-foot-tall, 24-story, 400-room hotel project with a 45-foot-tall lobby and a two-story deep, 64-foot span connecting bridge structure to the adjacent Coral Ballroom and meeting room facilities.
Ritz-Carlton Kapalua Hotel A resort hotel complex with several concrete-framed guestroom towers 6 to 8 stories in height. In 2007, a major $90 million renovation includes a partial condominium conversion, guestroom modernization, and several additions to public facilities – all constructed in 6 months.
Hilton Waikoloa Village
A five star 1200 guestroom hotel with a total area in excess of 1,500,000 square feet. Project contains seven major buildings and numerous other smaller buildings 1 to 8 stories in height containing guestrooms, public areas, back of house facilities and restaurants. Major structures consist of cast in place concrete and structural steel. Smaller buildings are framed in concrete, structural steel, masonry and wood.
Sheraton Moana Surfrider Hotel Historic Rehabilitation A total historic rehabilitation of the first hotel built in Waikiki (1901), listed on the National Register of Historic Places. Renovation of the Sheraton Surfrider and Ocean Lanai hotels. Structural work included strengthening for vertical and lateral loads of the six-story 80-year-old wood-framed Moana Hotel and additions and renovation to public areas to the Sheraton Surfrider Hotel. This project received the 1990 Grand Conceptor Engineering Award from the Consulting Engineers Council of Hawaii.
Hapuna Beach Prince Hotel A five star, 350 guestroom hotel with total area of approximately 650,000 square feet. Project contains a dozen structures 1 to 6 stories in height comprising of guestrooms, public areas, back of house facilities, restaurants and a 400 stall parking structure. Structures constructed of cast in place concrete and structural steel.
Fairmont Orchid Mauna Lani A resort hotel complex with several concrete framed guestroom towers 6 stories in height; 580,000 sq. ft.
Sheraton Keauhou Bay Renovations It has three interconnected curvilinear guestroom wings with approximately 530 guestroom units. In addition, there are several small retail shops, meeting rooms, and two restaurants intermixed within the hotel.
Hilton Hawaiian Village Pier and Dock Restoration Corrosion damage repairs and rehabilitation of the original catamaran pier slab and existing post tensioned concrete beams.
Hyatt Regency Guam A five star, 500 guestroom hotel with a total area of approximately 860,000 square feet. Structures consist of a 15 story guestroom tower and six other 1 to 6 story structures comprising of public areas, back of house facilities, restaurants and a 600 stall parking structure. Structures constructed of cast-in-place concrete, precast prestressed concrete, and structural steel. Design requirements include zone 3 high seismic and 155 mph wind loads.
Hyatt Regency Jeju, Korea 110-story hotel
 
Lowrise Retail/Residential
 
Project Description
2100 Kalakaua Avenue The project consists of nine three-story retail townhouses, each featuring a unique storefront curtainwall and roof design. The resulting design meets the challenging task of reflecting each tenant's identity within the parameters of Hawaiian architectural and landscape style. This is accomplished with an integrated single steel-framed structure tailored to the intricate coordination requirements of each townhouse design.
Max Mara Waikiki Extensive interior and exterior structural renovation and alteration for Italian designer-wear in what was formerly a fire-damaged Burger King.
Kaiko'o Estate 125,000 sq. ft. residence at Black Point, Honolulu.
Waikele Clubhouse 119,000 sq. ft. clubhouse.
Manenggon Hills Golf Clubhouse 1122,000 sq. ft. clubhouse.
 
Institutional
 
Project Description
No. 1 Capitol District / State Art Gallery Major renovation and addition of the former Armed Services YMCA building. The structural work on this project included addition of new floor spaces, new elevator and stair shafts, and a seismic evaluation of the existing structure.
First Hawaiian Bank University Branch Constructed on a site across from the former Honolulu Stadium, this 15,000 sf bank branch has architectural design details referential to baseball; A concrete frame with shearwalls and a steel-framed roof structure.
BEQ Guam Initial Functional Analysis Concept Design and complete structural design of a new 2-story 30,000 sf living space barracks compliance with ATFP standards.
HCC Renovations Structural investigation and evaluation of existing conditions for general repairs and preparation of structural drawings.
Bishop Museum Castle Memorial Hall 1A 25,000 sq. ft., 3-story building containing displays, laboratory, and storage space. Structure framed in cast-in-place concrete, precast prestressed concrete and structural steel.
Bishop Museum Hawaiian Hall ADA improvements including new elevator and lobby at floors one, two, and three, and new roof enclosure infill between Hawaiian Hall and Polynesian Hall.
Pu’ukohola Heiau National Historic Site A new visitor center of about 3,275 sq. ft and a comfort station. The roof evokes the shape of a wave with curved glu-laminated girders; the framing is supported on 3 sides by masonry walls and by a reinforced concrete frame on the remaining side. The comfort station is more conventional, consisting of wood framing for the roof supported by exterior masonry walls.
Solomon Islands Parliament Building Recipient of the NAVFAC 1997 Commander's Award for Design Excellence - Metric units.
AT&T Cable Station Design and subsequent additions to Honolulu's cable connection to the west coast
Panoramic Survey Telescope and Rapid Response System (Pan-STARRS) Engineering feasibility study of “common enclosure” concept for a four-telescope array which would reside within the footprint of existing 88-inch telescope that will be demolished.