... transportation information management project management liftship 2 strategic planning and management calculation software continuation engineering erik arthur bjorkner shipyard fea proposal altair engineering ata engineering fem houston arrangement functionality iteration SNAME Maritime...

... conventional ships, icebreakers are subject to additional dynamic loads arising from interaction with ice. Because icebreaker hull forms are generally influenced by unique performance requirements, engineering past experiences, production feasibility, and risk mitigation during operation, early design...

... matveev variable smc 2022 semi-submersible vehicle houston engineering variable submergence configuration ssv SNAME Maritime Convention 2022 26-29 September, Houston, TX Copyright © 2022 Society of Naval Architects and Marine Engineers (SNAME) www.sname.org Hydrodynamics of Semi-Submersible Hull...

... taken from an early critique of systems engineering by an eminent British naval constructor, querying whether systems engineering could provide the philosophical basis for modern naval ship design (NSD). The third “B” is considered to be a key technical characteristic in designing such complex systems...

..., of offshore cultivation are being developed and deployed. The engineering experience gained in offshore oil and gas industry is finding application in these examples of engineering for the blue economy. The trends are outlined together with the challenges faced by the engineering community. offshore...

... of the complex electrical sub-systems associated with ships functional and mission systems. internet of things engineering node ship connector alain lussier technician harness integrity tester cable amuet digital 4 iot platform naval electrical installation smc2021 SNAME Maritime Convention...

... hydrodynamic actuators for manipulating properties of air cavities under ship hulls. cavity length drag reduction marine transportation upstream oil & gas air layer air cavity matveev engineering october 2019 trim angle heel angle recess hydrofoil influence experiment exploratory test...

... Both ships and aircraft are highly complex, engineered products that can cost hundreds of millions of dollars each. But the development cost for an aircraft is frequently many times the cost for a ship, in some cases one to two orders of magnitude greater (DDG 51 development cost $3B, F22...

... In this paper a software suit is described which main purpose is to facilitate the engineering, design and analysis process such that consistency of input is assured and the risk of erroneous input is decreased, and such that results and documentation are automatically generated to increase...

... of the challenges and possible remedies. upstream oil & gas wind load application operation engineering coefficient freight & logistics services marine transportation mean wind profile floating production system interaction ship containership stability wind speed wind resistance wind...

... these systems into ships is a challenge to existing ship design practices, theory, and engineering design tools. Not unlike hybrid or all-electric cars, Navy ships are moving to a new paradigm where electric power and energy supply is directly related to platform and mission system performance simultaneously...

... and management shipyard engineering scenario participant lift configuration mesh model project participant artificial intelligence fea project management personnel configuration marine transportation software usa integration consideration deformation requirement implementation Integration...

... in this paper. Beyond that, given asset integrity management (AIM) systems for FPSO. Based on the above work, profound understanding about risk management of FPSO can be clearly developed, and provide valuable recommendations for FPSO designs. asset integrity management deformation accident engineering...

... engineering detail design bay shipbuilding design stage human computer interaction database functionality calculation transition marine transportation automation data security information artificial intelligence basic class design foran general arrangement early design stage Innovative 3D...

.... This investigation aims to address these issues by developing an Integrated Computational Materials Engineering (ICME) toolset for distortion prediction and an accompanying cost model to estimate cost changes due to greater or lesser distortion. When used in conjunction, the ICME toolset and cost model will allow...

... that we find ourselves unable to find the information we're searching for. As constituent engineering systems become more complex, integrated and autonomous the need to retain documentation that describes operation becomes necessary for efficient maintenance and resolving unforeseen situations. Digital...

... The purpose of this paper is to introduce the concept of Knowledge Aware Engineering (KAE), and explain how it can provide competitive advantage by ensuring all relevant "Design for ‘X’" disciplines are effectively infused into ship design and manufacturing processes. Knowledge Aware Engineering...

... engineering tank sloshing vlec hydrodynamic response numerical simulation proceedings coupling effect ship motion impact pressure sloshing sea condition denote ocean engineering tank equation qinghua zhou numerical simulation Numerical Simulation of VLEC Hydrodynamic Response Coupled...

... methods remain useful for initial design considerations. subsea system fpso floating production storage & offloading reservoir simulation upstream oil & gas floating production system floating production storage and offloading engineering bilge keel cylinder vortice roll...

... the effects of flooding behavior in a damaged condition and of waves on the propulsion and maneuvering performance of the damaged ship model. marine transportation frequency engineering model test test model srtp regulation maneuverability stability model ship wave encounter frequency...