Decades of cooperation with ACI, ASBI, ASCE, IABSE, ICE and PCI, a 4-year term as founding chair of IABSE working group WG-6 Bridge Construction Equipment, and 37 years of bridge engineering practice in 21 countries have generated a unique wealth of knowledge, learning and insights.
The courses that Dr. Rosignoli teaches for the ASCE Continuing Education Program and face-to-face in the offices of bridge owners, designers and constructors are true learning experiences to train bridge teams in modern bridge design and construction technology while meeting continuing education objectives.
The Bridge Engineering eManuals promote knowledge and learning of modern bridge design and construction technology. The eManuals can be downloaded in PDF format from this website and as Kindle Editions from Amazon.
Bridge owners, designers, constructors and suppliers of materials, technology and services have downloaded eManuals from 43 countries on five continents to master the business-driving arena of the industry.
Brian Hamill, PE, Chief Engineer, Hardesty & Hanover (USA)
Excellent seminar, Marco is an expert on the subject. (Mechanized Bridge Construction, 2 days)
Angela Hunter, Design Engineer, Kiewit Infrastructure Co. (USA)
This course was an excellent introduction to bridge launching. Did a great job of showing when it is cost-effective or applicable, and showing alternates. (Launched Bridges, 2 days)
Timothy Hayes, Senior Project Manager, Walsh Construction (USA)
Great overview and resource to stimulate thought when selecting bridge type. (Launched Bridges, 2 days)
Launched Bridges (1998, ASCE Press), the first book of Dr. Rosignoli, sold out almost immediately.
Bridge Launching (2002, Thomas Telford) and its second edition (2014, ICE Publishing) are the international references for the design and construction of incrementally launched bridges.
The bestseller Bridge Construction Equipment (2013, ICE Publishing) is the reference title for mechanized bridge construction and the design review and forensic engineering of bridge construction machines.
The Bridge Club
The Bridge Club hosts a rich collection of articles and free publications. Would you like to share your best publications with the bridge community and our 22.000 followers in LinkedIn? Do not hesitate to contact us.
Would you like to receive our Newsletter? Join over 18.000 subscribers by signing up at the bottom left corner of this webpage. It's totally free, and you may unsubscribe anytime.
Fritz Leonhardt, Prof.Em., Dr.Ing., Leonhardt, Andrä und Partners (Germany)
Your book Launched Bridges is the most complete presentation of this construction method. I congratulate you for this work.
Giuseppe Mancini, Prof.Ing., Dr.Ing., Professor of Structural Engineering, Professor of Bridge Design, Politecnico di Torino (Italy)
Marco Rosignoli's ability of merging field work with research and innovation makes his books and courses precious to the international bridge community.
John Stanton, PhD, PE, Professor of Civil Engineering, University of Washington (USA)
I regard Marco Rosignoli not only as a worldwide-renowned expert, but in fact THE world authority, in the field of bridge launching.
The Bridge Industry is a collection of articles, images, downloadable documents, special hyperlinks and contact info of bridge owners, designers, constructors and providers of materials, technology and services. In 60 collections of products and services, the Bridge Industry showcases 1.285 protagonists of the sector.
Would you like to participate in the Bridge Industry? Do not hesitate to contact us. Our audience amply exceeds 50.000 bridge owners, designers and construction professionals, and your material will have extreme visibility in every corner of the world.
To receive periodic updates on the project, join our 22.000 followers in LinkedIn or the 7.000 members of BridgeTech World, our LinkedIn forum, or just sign up for the project’s Newsletter at the bottom left corner of this page: it reaches 18.000 bridge engineers worldwide, and is totally free.
Accelerated Construction (13)
The research on accelerated bridge construction is developing innovative materials and construction techniques to reduce the construction time and cost of new bridge projects.
Access Systems (18)
State-of-the-art access systems are necessary for proper inspection and maintenance to minimize the lifecycle cost of modern bridge projects.
Advanced Reinforcement Systems (99)
Bar couplers, terminators and MMFX steels diminish rebar congestion in critical bridge regions. Gas pressure welding saves costs and simplifies splicing. Reinforcement fibers, fiberglass and basalt rebar, meshes, fasteners, embedded accessories and engineered products solve multiple challenges of modern bridge engineering
Bridge architects are revolutionizing the idea of bridges from utilitarian infrastructure instruments into elegant objects that combine technological intelligence with poetry.
Architectural Lighting (42)
A bridge tells the story of the technology of its time. Aesthetic lighting is a unifying connection with the community’s sense of place.
Industry associations assure continuing education and promote networking of bridge professionals.
Bearings, Joints, Seismic Devices (44)
Bearings, joints and seismic isolation/dissipation systems preserve the integrity of bridge structures. Dampers control vibrations during construction and in service.
A collection of articles on books of bridge engineering written by their authors.
Cables and Ropes (28)
Modern stay cables include galvanized strand with extruded coating, strand alignment collars, vibration dampers, HDPE pipes, deviation saddles, anchor heads and anti-vandalism systems. Parallel-wire suspension cables are fabricated by air-spinning or with the PPWS method, and bars and spiral and locked-coil ropes are used for the deck hangers.
CAD Drawing Tools (21)
Modern CAD drawing tools combine automation and short learning curve to offer efficient design and detailing solutions that simplify transfer of design information and avoid conflicts.
Resins, adhesives, curing compounds and other chemicals have a variety of applications in modern bridge engineering.
Construction Engineers (29)
Construction engineers are problem solvers. When contrasted to design engineers, they bring to the table unique perspectives for solving technical challenges with clarity and imagination.
Corrosion Protection (28)
With the diffusion of service life design per ACI 365.1R-00 and fib Bulletin 34, corrosion protection systems have acquired a key role in the design of modern bridges.
Cost Estimating Tools (34)
Software programs help to standardize the estimating process, to increase productivity and reduce errors and omissions, to check estimates against historical bids and actual projects, and to share data with scheduling programs and accounting systems.
Deck Waterproofing (36)
Elastic, crack-bridging deck waterproofing systems resist traffic loads, chlorides and automotive chemicals, are easy to install, and accommodate variations in level and substrate conditions.
Demolition and Dismantling (29)
Engineers and contractors specializing in bridge demolition evaluate physical deterioration and implement reverse erection sequences that assure safety and stability.
Pioneers in the industry, bridge designers create sustainable structures that blend technology, form, beauty and long service life.
Earth Retention and Stabilization (26)
MSE walls, gabions, geosynthetics and various families of engineered materials control ground stability, erosion and scour.
Environmental Consultants (45)
Environmental consultants develop environmental management plans, protection plans, compliance and mitigation plans, and training plans for site personnel, and monitor bridge construction under an environmental perspective.
Fabricators of Steel Bridges (57)
High-grade steels, on-site robotized welding with profile-tracking equipment, and incremental launching construction are opening new perspectives for fabrication of state-of-the-art steel structures.
Forensic Consultants (18)
Forensic consultants specialize in construction claim analysis, dispute resolution and litigation support. Forensic engineers lead the emergency response to failure, document conditions, preserve evidence, gather information, prepare investigative plans, perform forensic investigations, evaluate defects and design errors, and assess standard of care and liability.
Forms, Falsework, Shoring (35)
Proprietary forming and shoring systems provide flexible solutions that are fast to assemble and dismantle and can be rented to minimize financial exposure.
General Contractors (98)
General contractors provide materials, labor, equipment, services and coordination for construction of bridge projects.
General Engineering Consultants (139)
General engineering consultants provide independent expertise in engineering, science and related areas to governments, industries and construction firms.
Geotechnical Consultants (21)
Geotechnical consultants investigate subsurface conditions and materials, determine mechanical and chemical properties of materials, evaluate stability of natural slopes and soil deposits, design earthworks and bridge foundations, and monitor site conditions and foundation construction.
Hydraulics and Hydrology
Hydraulic engineers and specialty software tools analyze storm water, the transport of sediment, water interaction with existing boundaries and bridge foundations, and the occurrence of scour and deposition.
Information Modeling (BIM)
Bridge information modeling provides architecture, engineering and construction professionals with insights and tools to plan, design, construct, inspect, maintain and operate bridge infrastructure.
Inspection Engineers and Tools
Service life design per ACI 365.1R-00 and fib Bulletin 34 and proper inspections and maintenance are key factors in minimizing the lifecycle cost of bridge projects.
Intelligent Transportation Systems
Information and communication technologies applied to traffic and mobility management enable safer and smarter use of transport networks.
Technical journals assure continuing education of engineering professionals and a liaison between educators, researchers and practitioners.
Lifting, Lowering, Shifting, SPMT
Handling of macro-segments and entire spans requires specialty engineering and computerized electro-hydraulic load control systems.
Materials engineers identify environmental exposure conditions, degradation mechanisms and protective measures on the basis of construction procedures and inspection/maintenance schedules.
Modular bridges are used as temporary and permanent solutions and for the emergency response to natural calamities.
Molds and Casting Cells
Precast piles, beams and segments are cast in custom molds designed to minimize the labor demand and assure proper geometry after hundreds of cycles.
Design firms specializing in movable bridges provide structural design, design of electro-mechanical and electro-hydraulic components, design of control systems, rehabilitation of existing bridges, shop and field inspection, procedures for machinery installation, load testing for deck balancing, electrical testing, and construction support services.
Noise barriers and low-noise paving materials protect inhabitants of sensitive areas from noise pollution.
Operations and Maintenance
Owners, concessionaires, transportation developers and specialized contractors provide O&M programs that maintain bridge assets in operating condition with minimized lifecycle cost.
Owners and Concessionaires
Owners and concessionaires preserve and maintain large bridge inventories to provide safe, pleasurable and expedient use of transport infrastructure.
Planning and Project Delivery
Project delivery consultants facilitate team discussion, write bids, assess behaviors and rehearse interviews. After awarding, specialty tools and consultants perform planning, de-risking of mobilization, construction scheduling, detail engineering, surveying, cost estimation, monitoring of construction performance and information management.
Modern post-tensioning systems include multiple types of strand, ducts, duct couplers, anchor heads for external and internal tendons, stressing jacks and grouting systems.
Precast Elements and Systems (1)
Precasting facilities produce concrete piles, abutment elements, pier segments, I-beams, box girders, deck panels and modular precast systems for accelerated bridge construction.
Quality management consultants develop quality management programs and perform design and construction audits, analysis of performance metrics, training in quality assurance, and document control.
Aluminum and steel railing complements bridge decks with safety and elegance.
Recruitment agencies match employers to employees. Public-sector employment agencies, commercial recruitment agencies, and specialist search consultancies are a major source of qualified resources.
Renderings and Animations (16)
Information technology offers specialized graphic software that creates renderings and fly-through animations starting from 3D engineering design environments.
Repair and Retrofitting (25)
Repair and retrofitting have a key role in extending the service life and assuring safe and comfortable operations of ageing infrastructure.
Research and Education (1)
Colleges, universities and independent organizations and researchers offer advanced education programs for bridge professionals.
Greatest achievements of bridge design and construction that for their complexity and audacity make the history of modern bridge engineering.
Special Concretes (14)
Special concretes, HPC and fiber-reinforced UHPC open new perspectives for prestressed-concrete and steel-composite bridges.
Special Construction Equipment (44)
Beam launchers, form travelers, self-launching gantries, MSS, portal carriers with underbridge, and span launchers fed by tire trolleys have acquired a fundamental role in modern bridge engineering.
Steel Castings and Built-Up Girders
Built-up girders offer versatility and light-weight solutions for long and curved spans. Steel castings are used for cable clamps and end fork sockets of cables and ropes.
Storm Water Management
Inlets, scuppers, downspouts, fittings, supports and appurtenances influence deck detailing with their dimensions, clearance requirements and manholes for cleanout access.
Structural Analysis Programs (32)
Structural analysis programs perform linear and nonlinear static and dynamic analyses, live-load analysis, buckling analysis and nonlinear staged construction analysis according to multiple design standards.
Structural Monitoring Systems (35)
Structural monitoring detects changes in material and geometric properties, boundary conditions and system connectivity that may adversely affect bridge performance.
Surveying, Mapping, GIS (38)
Combinations of mobile terrestrial LiDAR, airborne LiDAR, aerial photogrammetry, geospatial information systems and ground survey with robotic total stations are revolutionizing land surveying and mapping.
Test Engineers and Instruments
Test engineers determine and perform testing protocols to assure that the product meets applicable specifications.
Threats and Vulnerability (1)
Assessment and mitigation of threats and vulnerability protect critical infrastructure from natural and human-caused hazards.
Timber bridges have been used since ancient times and withstand the test of time with innovative designs and timeless architecture.
Modern deck overlays include asphalt, polymer modified asphalt, epoxy polymer concrete, and polymer modified concrete.
Wind Tunnel Testing
The design of long-span bridges requires climatology studies and wind tunnel testing. Sectional models investigate vibrations induced by buffeting, flutter, vortex shedding and galloping and determine aerodynamic coefficients and wind load distributions. Aeroelastic models determine aerodynamic derivatives and stability from flutter.
Paolo Napoli, Prof.Ing., Dr.Ing., Professor of Structural Engineering, Politecnico di Torino (Italy)
The research and practical work of Marco Rosignoli have been enormously influential in diffusing the use of the incremental launching method in Europe.
Clifford L. Freyermuth, Executive Vice President, ASBI, American Segmental Bridge Institute (USA)
Dr. Rosignoli's training and experience make him a world authority in the incremental launching of concrete bridges.
Roberto Capozucca, Prof.Ing., Dr.Ing., Professor of Structural Engineering, Universita’ Politecnica delle Marche (Italy)
Marco Rosignoli has proposed new analysis and design methods, new technological solutions, innovative construction techniques... Marco Rosignoli is making the history of the incremental launching method.