Concurrent Engineering Technology

  • Sener Ingenieria y Sistemas' FORAN System is a suite of software modules specific for the design and production of all types of ships and floating structures.

    It is currently being used worldwide in a large number of shipyards and marine design offices. Its presence in the market dates from the late 60s, when the first license was granted to a shipyard, namely to E.N. BAZAN (now part of IZAR).

    To ensure the program stays relevant, Sener has optimized the program by incorporating the latest technologies in information systems and in 3-D graphics hardware, and at the same time satisfied the ever increasing demands from very discerning customers for new and improved features.

    Sener recently announced version 50, the next FORAN release, which it will launch during this year. This article highlights some of the main features of this new FORAN.

    During the 80s, SENER developed its own software for the management of the FORAN proprietary database. However with the passing of the years and the appearance of new technologies, which at the same time is related to the ever increasing use of concurrent engineering technology, the decision to change this proprietary database and its associated management software has proved to be necessary. Thus in version 50 of FORAN the proprietary database has been substituted by a standard commercial relational database.

    This solution has three fundamental advantages: the System becomes more open to users; the connection with other programs, in particular shipyard management systems, is facilitated; and the establishment of a distributed design office becomes more feasible. SENER has re-programmed all those areas of the System to do with the input/output of information, and has adapted the data structure to be in accordance with the requirements of the latest technology for database management.

    New representation of ship surfaces Another feature of the new version refers to the representation of the ship forms and main surfaces (i.e. decks and bulkheads). The current tendency is to represent the main surfaces of the ship by means of NURBS (non-uniform rational Bspline) patches. These are mathematical surfaces of general application which include as a particular case those surfaces most used in shipbuilding such as conics and Bezier.

    Version 50 of FORAN includes a new module for the definition of ship forms using NURBS and the rest of the System has been adapted to be able to treat the resulting surfaces. With this improvement the traditional method of representing surfaces by a mesh of three-dimensional lines has been superseded. Thus the possible inaccuracies of this method that may be introduced when carrying out geometrical interpolations to calculate points and lines that are not contained within the main grid have also been eliminated.

    The most important advantages of this change, according to Sener, are: possibility to define very complex ship forms to meet the current market requirements; more exact and reliable information for construction; and ease of use.

    New System kernel Perhaps the most significant innovation in FORAN version 50 is the introduction of a new kernel for 3-D modeling and visualization. Completely developed using the latest object oriented technology; this new kernel is made up of a series of libraries of C++ classes, which cover all the principal basic functions of the System. By extension this technology provides the System with a greater robustness and stability. The new kernel integrates solid and surface modeling, and at the same time incorporates specific primitives for modeling of the structure (e.g. curved profiles with holes and end cuts) and parametric primitives for the definition of equipment, pipes, ducts and trays.

    High efficiency visualization is based on the OpenGL standard and high performance 3-D graphics cards. The new visualization possibilities greatly facilitate the comprehension of the model in 3-D space and include: direct working with the solid model in shaded view, dynamic movement of the model to be able to analyze it from any view point and a complete control of light focus.

    There are also interesting options for navigation through the model in real time.

    The new kernel also includes a new graphic user interface (GUI) that is native to Microsoft Windows; that is to say that it is based on the intrinsic resources of the operating system and needs no emulation.

    The rapid evolution of personal computers and the consolidation of Windows technology have given rise to the desirability of their use for sophisticated CAD/CAM systems. Many applications, which until recently could only be processed on cumbersome and expensive work stations using the UNIX operating System, can now be executed very advantageously on personal computers running under Windows (NT or 2000).

    The new version 50 of FORAN has been designed specifically with this operating system in mind.

    FORAN version 50 not only provides a very much improved user interface, but also at the same time enhances this facility with a very powerful command system.

    This system includes advanced macro programming, undo/redo facilities, command chaining, short cut keys, configurable menus and icons, contextual menus and new dialogue windows.

    New functions for basic design To reduce the design and production cycles, it is critical from the very beginning of a project to generate reliable information, information which can be reused when the detail engineering is carried out.

    FORAN version 50 incorporates a series of functions for the preliminary 3- D definition of the ship model so that from the earliest stages of the project certain budgetary estimates can be carried out. Thus for example calculation of work content, weights, areas and other variables can be made, and this helps in the earliest possible definition of the product both from the technical and commercial viewpoint.

    Circle 68 on Reader Service Card Success For Transas In Spain Transas Spain has completed the domestic delivery and installation of three PC-based GMDSS simulators.

    The new facilities will be used to train radio personnel at three Galician Nautical Fishery Schools comprising Instituto Politecnico Maritimo-Pesqueiro do Atlantico in Vigo, Escola Oficial Nautico-Pesqueira in Ribeira, and Escola Oficial Nautico-Pesqueira in Ferrol. Transas has supplied its latest generation TGS 4000 ver.2.0, which permits switching between simulated Sailor Compact 2000 and Sailor Program 4000 equipment. Each of the three systems is capable of providing interactive training for up to 10 Trainees simultaneously under the supervision of an Instructor. These units are the largest GMDSS simulators ever installed by Transas in Spain.

    Other types of simulators installed by Transas in the three Galician schools are the shiphandling Navi-Trainer Professional simulator and Engine Room Simulator, ERS 2000.

  • include Harvey Fritter, vice president-regulatory affairs, Trans Freight Line, Inc.; and John Le Boflfe, president of INTSEA International Ltd. Concurrent sessions will be held on Wednesday, March 30. A morning session, "Propulsions and Fuels I," will hear papers by Eugene Pentimonti, vice president- en

  • Material Management" by Fred M. Praissman, PERA (CRUDES), and Ray Allen, QED Systems, Inc. Technical Session IB New Developments in Ship Systems (Concurrent with Session 1A) "A Practical Approach to Control of Shipboard Electromagnetic Interference" by Russell E. Carstensen, Puget Sound Naval Shipyard

  • readiness and modernization challenges facing the Navy today and in the future. After the luncheon, the technical paper program commences with two concurrent technical session tracks. The technical program will include six sessions of technical papers presentations with topics including Technology

  • both standard and specialized applications. AD2CP hardware can alternate between multiple measurement modes. One instrument replaces several by offering concurrent or alternating measurements of currents, turbulence, waves and ice. AD2CP recorders will store all raw Doppler and sensor data. Improve data quality

  • Concurrent Systems, Arlington, Va., is releasing a new hydrostatics program for personal computers. The Naval Architectural Problem Oriented Language (NAPOL) will perform the following calculations: hydrostatic curves of form; trim lines; longitudinal strength; floodable length; limiting drafts;

  • every corner of the world; for the six days in August, it will be the hub of international fishery activities. This applies particularly to the concurrent seminars, which in 1984 attracted delegates from 17 countries. The principal themes for this year's seminars are biotechnology applied to the

  • Windows-based system comprises several application packages, a number of common modules (build strategy, 2D drafting, 3D walk-through design review, concurrent engineering), links with production equipment, interfaces to management systems and an integrated development environment.  There are two major lines

  • of a 1200 kHz DVL. Syrinx can be used as a standalone DVL, as part of an integrated navigation system, or perform both functions at once due to concurrent Ethernet and serial output capability at ping rates of up to 10 Hz. Its dual output capability also now means that only one DVL instrument is required

  • . Hull construction of the $40 mil- lion vessel began at North American Shipbuilding, an Edison Chouest subsidiary in LaRose, La., in April 1990, concurrent with the availability of design drawings, according to Vancouver-based John van der Pass, partner and engineering manager, Polar Design Consultants

  • in Oracle, with the following very important implications, including: Open system; Platform and data independence; Facility of connectivity, hence Concurrent Engineering; Integration with ERP and other Management systems; Use of commercial tools for forms and reports; High scalability (number of users/amount

  • Concurrent with the National Council Congress and Exposition in Chicago, 111., October 17-20, Todd Shipyards Corporation held its own Safety Conference at the Oxford House Hotel in Chicago. Attending the Todd Conference were safety engineers, personnel managers and workers' compensation claims

  • MT Apr-19#3rd Cover SMART
SUBSEA
SOLUTIONS
S2C TECHNOLOGY: COMMUNICATION AND)
    April 2019 - Marine Technology Reporter page: 3rd Cover

    SMART SUBSEA SOLUTIONS S2C TECHNOLOGY: COMMUNICATION AND TRACKING COMBINED - time, space and cost - saving solutions - low power consumption for autonomous operations - advanced data delivery algorithms, addressing and networking, remotely con? gurable settings - extendable platform with multiple con?

  • MT Apr-19#64 Index page MTR APRIL19:MTR Layouts  4/15/2019  9:39 AM)
    April 2019 - Marine Technology Reporter page: 64

    Index page MTR APRIL19:MTR Layouts 4/15/2019 9:39 AM Page 1 Advertiser Index PageCompany Website Phone# 25 . . . . .Blueprint Subsea . . . . . . . . . . . . . . . . . . . . . .www.blueprintsubsea.com . . . . . . . . . . . . . . . . . . . . . . . .+44 (0) 1539 531536 13 . . . . .Deep Ocean Engineering

  • MT Apr-19#63 PRODUCT, PROFESSIONAL, VESSELS, 
MTR
BARGES & REAL ESTATE)
    April 2019 - Marine Technology Reporter page: 63

    PRODUCT, PROFESSIONAL, VESSELS, MTR BARGES & REAL ESTATE FOR SALE Marketplace For over 30 years, All American Marine has been at the forefront of aluminum vessel design and manufacturing. From our award-winning hybrid-electric passenger ferry or a high-speed catamaran with dynamic hydrofoil technology

  • MT Apr-19#61 Balmoral Boltless Bend Restrictor
Balmoral has extended)
    April 2019 - Marine Technology Reporter page: 61

    Balmoral Boltless Bend Restrictor Balmoral has extended its bend restric- tor range to include a genuinely boltless restrictor (patent pending). This innovation allows ? tting times to be slashed, offering savings in offshore installation costs. In line with Balmoral’s track record for prod- uct

  • MT Apr-19#60 Products Buoyancy
DeepWater Buoyancy’s DeepWater Benthic)
    April 2019 - Marine Technology Reporter page: 60

    Products Buoyancy DeepWater Buoyancy’s DeepWater Benthic Lander DeepWater Buoyancy claims to be components, there are also plastic, com- lander is free-fall deployed to the sea- the world’s largest supplier of subsea posite, polyurethane and fabricated met- ? oor to collects data. The product is buoyancy

  • MT Apr-19#59 ployment and retrieval.  Its portfolio of  ers in the)
    April 2019 - Marine Technology Reporter page: 59

    ployment and retrieval. Its portfolio of ers in the marine, construction, indus- Hawboldt Industries Hawboldt is a designer and manufac- rental equipment includes winches with trial and oil and gas industries. Based turer of custom-built Launch and Recov- a variety of cables, mobile A-frames in in New

  • MT Apr-19#58 Products LARS
MacArtney A/S
The MacArtney Group is a)
    April 2019 - Marine Technology Reporter page: 58

    Products LARS MacArtney A/S The MacArtney Group is a global sup- instruments to large work class ROV system design features an industry plier of underwater technology systems, systems. MERMAC A LARS solutions unique extra skid joint which allows the products and integrated solutions. can be designed as

  • MT Apr-19#57 come one of the principal innovators 
in the subsea)
    April 2019 - Marine Technology Reporter page: 57

    come one of the principal innovators in the subsea imaging and measure- ment industry. It is headquartered is in BIRNS, Inc. Kildare, Ireland with of? ces in the U.S., BIRNS started out in the subsea the U.K., China and Australia. industry creating underwater cam- Currently the company is building

  • MT Apr-19#56 Products Imaging
SubC Imaging Remote Ocean Systems SIDUS)
    April 2019 - Marine Technology Reporter page: 56

    Products Imaging SubC Imaging Remote Ocean Systems SIDUS Solutions, LLC ROS is an ISO-9001-2008 certi? ed company with a 28,000 sq. ft. research and manufacturing facility dedicated to producing products. Its product line includes underwater video cameras, lights, rugged pan and tilt positioning

  • MT Apr-19#54 1,700-kilometer mission autonomously collecting ?  sheries)
    April 2019 - Marine Technology Reporter page: 54

    1,700-kilometer mission autonomously collecting ? sheries thus increasing mission ef? ciency. acoustics and physical properties of the sea surface. As part Looking back 20 years, we celebrate the progress and ad- of this multi-vehicle mission under the U.K. NERC/Defra vancements made in ocean observatio

  • MT Apr-19#53 Compared with historical data collected over centuries)
    April 2019 - Marine Technology Reporter page: 53

    Compared with historical data collected over centuries, this year suggest seismic motion was consistent with displacement new information will help scientists better predict geologic at the full convergence rate. From the results of his missions, activity. Dr. Chadwell concluded the Wave Gliders have

  • MT Apr-19#52 ver the past 20 years, great strides have been made  Sea?)
    April 2019 - Marine Technology Reporter page: 52

    ver the past 20 years, great strides have been made Sea? oor geodesy projects are underway across the globe, all in the ability to observe and monitor the worlds’ in pursuit of scienti? c advances that will help us crack the ocean. Just think that less than two decades ago, one code on earthquake and

  • MT Apr-19#51 Changing the Equation 
for Ocean Observation
By Ryan)
    April 2019 - Marine Technology Reporter page: 51

    Changing the Equation for Ocean Observation By Ryan Carlon www.marinetechnologynews.com Marine Technology Reporter 51 MTR #3 (50-63).indd 51 4/11/2019 2:25:52 PM

  • MT Apr-19#47 2019  
Media Kit
EDITORIAL CALENDAR
2019
Market Feature)
    April 2019 - Marine Technology Reporter page: 47

    2019 Media Kit EDITORIAL CALENDAR 2019 Market Feature ProfileTechnical FeatureProduct Feature Ad Close: Dec 21Ad Close: Jan 22 Ad Close: Feb 21 JAN/FEBFEBRUARYMARCH Underwater Vehicle Annual Oceanographic Instrumentation: Measurement, Process & Analysis Subsea Defense Ocean Business 2019 Technology

  • MT Apr-19#46 tech delivers cost savings and Waagen’s Test Center)
    April 2019 - Marine Technology Reporter page: 46

    tech delivers cost savings and Waagen’s Test Center attracts A place to grow Along with the 1,100-square-meter testing and training cen- wind power entrepreneurs, ? oating or marine wind power con- ter backed by The Switch — plus researchers, equipment and tinues to grow. Since Equinor’s launch of a

  • MT Apr-19#45 At least one unnamed wind player (our guess is Equinor))
    April 2019 - Marine Technology Reporter page: 45

    At least one unnamed wind player (our guess is Equinor) has “Norwegian Catapult” or the Test Center — is hoping to pro- already signed on with Unitech. While they’ve opted for wind duce other Unitechs out of an expected stream of startups. power cables, Unitech is also in negotiations with clients for

  • MT Apr-19#44 n Europe, where offshore turbines heavily dot maritime)
    April 2019 - Marine Technology Reporter page: 44

    n Europe, where offshore turbines heavily dot maritime tween wind turbines. The spooling system can also be mount- maps, there’s acknowledged room for innovation in ed as a barge. turbine construction, support shipping and subsea. In- Spooled cable is custom “spun” like yarn from a ? xed or Istallations

  • MT Apr-19#43 The making of a 
(supply chain) star
Wind is “the tech of)
    April 2019 - Marine Technology Reporter page: 43

    The making of a (supply chain) star Wind is “the tech of choice,” the International Energy Agency said recently, just as a new report by the University of Delaware outlined the opportunity in U.S. of shore wind: 5,000 miles of of shore cabling and 1,700 turbines, it turns out, are bundled into current

  • MT Apr-19#41 AUV visuals: 
Swire Seabed’s 
user interface. 
Photo:)
    April 2019 - Marine Technology Reporter page: 41

    AUV visuals: Swire Seabed’s user interface. Photo: Swire Seabed Norway has announced it will follow the Cooke Isles example of issuing licenses to quali? ed subsea mining companies. Ocean Minerals’ quali? ed offshore process involves low- ering pipe bound to nodule-harvesters on the seabed. Nod- ules

  • MT Apr-19#39 waii, underwater mining tools target the whole gamut of)
    April 2019 - Marine Technology Reporter page: 39

    waii, underwater mining tools target the whole gamut of min- of major offshore acreage awards. Deepsea miner, Ocean ing support tasks. Minerals, says REEs are “17 chemically similar metals con- sisting of the 15 elements known as the lanthanides plus yt- High-stakes ops trium and scandium” and they’re of

  • MT Apr-19#37 Mining for AUVs
In Europe, there are sure signs that)
    April 2019 - Marine Technology Reporter page: 37

    Mining for AUVs In Europe, there are sure signs that underwater mining is the next big market for autonomous underwater vehicles (AUV), remotely operated underwater vehicles (ROV) and new “drones” called HROV, DART or TURTLE. Among the indicators is the involvement of mining companies, governments

  • MT Apr-19#35 tenance activities, these are effectively hotel boats with)
    April 2019 - Marine Technology Reporter page: 35

    tenance activities, these are effectively hotel boats with a lot term we want to develop the HAUV track and survey buried of redundant time. We have developed HAUV to be able to be cables autonomously. Various pipe tracking technologies are deployed and recovered from these vessels essentially replac-

  • MT Apr-19#33 AUVs in the market are not actually that autonomous;)
    April 2019 - Marine Technology Reporter page: 33

    AUVs in the market are not actually that autonomous; often from a quayside at a lake close to Saab’s Facility in Sweden the vessel needs to track the vehicle during a scope, which, in to perform a “mow the lawn” style pre-programmed survey our eyes, defeated the object of the autonomous feature.”

  • MT Apr-19#32 fter four years spent developing an autonomous  HAUV will)
    April 2019 - Marine Technology Reporter page: 32

    fter four years spent developing an autonomous HAUV will return to its dock on completion of the work scope underwater vehicle (AUV)/remotely operated un- and will wait to be recovered at a convenient time. “For ex- derwater vehicle (ROV) hybrid (HAUV) based on ample, if you have engaged a vessel to