Bentley AutoPIPE V8i is a pipe stress analysis software that enables efficient and productive design. It allows users to create and modify 3D piping models using a graphical interface. The software performs static and dynamic load calculations to verify piping code compliance. It has features for advanced analysis of buried pipelines, wave loading, plastic and fiberglass pipes. Results can be viewed graphically and shared with structural analysis and plant design software for integrated design.
OSK-ShipTech A/S is a leading naval architecture company that uses computational fluid dynamics (CFD) to simulate complex hydrodynamics for clients. They have validated two CFD codes, Star-CCM+ and OpenFOAM, which they use to perform simulations like resistance prediction, bulb and hull optimization, and propeller simulations. These simulations provide accurate predictions to optimize designs and reduce fuel consumption and resistance.
Intergraph® cadworx® & analysis solutions offerings work together to give you the power to
tackle the most challenging and complex projects with greater ease and superior results never
before achievable. chosen by more than 80 percent of leading plant engineering companies and
owner operators from around the world, cadworx & analysis solutions are:
• Easy to use
• Flexible
• Scalable
• Trusted to deliver accurate, reliable results
IRJET- Design and Development of Hydraulic Tank through Structural and Fa...IRJET Journal
This document describes the design and analysis of a hydraulic tank through structural and fatigue analysis to improve the life to a minimum of 2 million cycles. Finite element analysis was performed on the original design and high stresses were found. The design was then iteratively modified and reanalyzed until the stress was reduced and a fatigue life of over 2 million cycles was achieved for all load cases. The final optimized design incorporated strengthened mounting brackets with additional gussets to improve strength and reduce stress concentrations.
Czero is an engineering services company specializing in mechanical design and prototyping for early stage R&D projects. They have expertise in areas such as engines, hydraulics, and energy systems. Some of their recent projects include designing a natural gas generator system for a locomotive, CO2-based cleaning machines, and a subsea hydraulic pump assembly. Czero takes projects from concept through detailed design, analysis, prototyping, and testing using virtual engineering methods to provide quick iterations to clients.
This document provides an overview and user guide for Bentley WaterCAD V8i software. It covers getting started topics like the user interface, creating models, and transferring data. It also provides tutorials on key tasks like steady state analysis, scenario management, reporting, and optimizing designs. Advanced topics on pressure dependent demands, criticality analysis, and customization are also included. The document serves as a comprehensive reference for using all of WaterCAD's modeling, analysis, and optimization capabilities.
The document discusses two methods for aerodynamic optimization of vehicles: the parametric 50:50:50 method and the gradient-based adjoint method.
The 50:50:50 method uses a design of experiments approach, parameterizing the vehicle shape with four parameters and running 50 design points with 50 million cell meshes and achieving results within 50 hours. Response surface modeling is used to analyze results and identify an optimized design with a 4% reduction in drag.
The adjoint method computes sensitivities using a different approach than the traditional tangent method. It involves solving the flow equations, selecting an observation of interest like lift or drag, setting up and solving the adjoint problem for that observation, and processing the solution to obtain shape sensit
VIAS conducted a recent study involving the design qualification an Earthquake-Resistant Ductile Iron Pipe (ERDIP) joint against seismic events using simulation. Validation of the FEA model was performed using physical test data for a small diameter pipe joint. Further analysis was carried out wherein the pipe-soil interactions and the pipe-joint behaviors were represented by sets of non-linear springs. A stretch of the pipeline consisting of many pipe joints was undertaken to ascertain integrity under seismic fault movement conditions. The pipeline was acted upon by a fault rupture at specified azimuth angles and fault length. The simulation predicted that the pipe joints would meet the design criteria if the fault azimuth angle was within a certain threshold.
This document discusses reservoir characterization and simulation grid design including upscaling. It describes upscaling the detailed 264-layer model to a 54-layer model for simulation. Validation shows the upscaled porosity, permeability, and rock type models match the detailed model well. Streamline modeling also matches between models, demonstrating upscaling preserved flow paths and time of flight between wells.
OSK-ShipTech A/S is a leading naval architecture company that uses computational fluid dynamics (CFD) to simulate complex hydrodynamics for clients. They have validated two CFD codes, Star-CCM+ and OpenFOAM, which they use to perform simulations like resistance prediction, bulb and hull optimization, and propeller simulations. These simulations provide accurate predictions to optimize designs and reduce fuel consumption and resistance.
Intergraph® cadworx® & analysis solutions offerings work together to give you the power to
tackle the most challenging and complex projects with greater ease and superior results never
before achievable. chosen by more than 80 percent of leading plant engineering companies and
owner operators from around the world, cadworx & analysis solutions are:
• Easy to use
• Flexible
• Scalable
• Trusted to deliver accurate, reliable results
IRJET- Design and Development of Hydraulic Tank through Structural and Fa...IRJET Journal
This document describes the design and analysis of a hydraulic tank through structural and fatigue analysis to improve the life to a minimum of 2 million cycles. Finite element analysis was performed on the original design and high stresses were found. The design was then iteratively modified and reanalyzed until the stress was reduced and a fatigue life of over 2 million cycles was achieved for all load cases. The final optimized design incorporated strengthened mounting brackets with additional gussets to improve strength and reduce stress concentrations.
Czero is an engineering services company specializing in mechanical design and prototyping for early stage R&D projects. They have expertise in areas such as engines, hydraulics, and energy systems. Some of their recent projects include designing a natural gas generator system for a locomotive, CO2-based cleaning machines, and a subsea hydraulic pump assembly. Czero takes projects from concept through detailed design, analysis, prototyping, and testing using virtual engineering methods to provide quick iterations to clients.
This document provides an overview and user guide for Bentley WaterCAD V8i software. It covers getting started topics like the user interface, creating models, and transferring data. It also provides tutorials on key tasks like steady state analysis, scenario management, reporting, and optimizing designs. Advanced topics on pressure dependent demands, criticality analysis, and customization are also included. The document serves as a comprehensive reference for using all of WaterCAD's modeling, analysis, and optimization capabilities.
The document discusses two methods for aerodynamic optimization of vehicles: the parametric 50:50:50 method and the gradient-based adjoint method.
The 50:50:50 method uses a design of experiments approach, parameterizing the vehicle shape with four parameters and running 50 design points with 50 million cell meshes and achieving results within 50 hours. Response surface modeling is used to analyze results and identify an optimized design with a 4% reduction in drag.
The adjoint method computes sensitivities using a different approach than the traditional tangent method. It involves solving the flow equations, selecting an observation of interest like lift or drag, setting up and solving the adjoint problem for that observation, and processing the solution to obtain shape sensit
VIAS conducted a recent study involving the design qualification an Earthquake-Resistant Ductile Iron Pipe (ERDIP) joint against seismic events using simulation. Validation of the FEA model was performed using physical test data for a small diameter pipe joint. Further analysis was carried out wherein the pipe-soil interactions and the pipe-joint behaviors were represented by sets of non-linear springs. A stretch of the pipeline consisting of many pipe joints was undertaken to ascertain integrity under seismic fault movement conditions. The pipeline was acted upon by a fault rupture at specified azimuth angles and fault length. The simulation predicted that the pipe joints would meet the design criteria if the fault azimuth angle was within a certain threshold.
This document discusses reservoir characterization and simulation grid design including upscaling. It describes upscaling the detailed 264-layer model to a 54-layer model for simulation. Validation shows the upscaled porosity, permeability, and rock type models match the detailed model well. Streamline modeling also matches between models, demonstrating upscaling preserved flow paths and time of flight between wells.
Sushilkumar M. Jogdankar is a CFD project leader with over 10 years of experience in CFD modeling. He has expertise in areas such as heat transfer simulation, fluid dynamics, conjugate analysis, and multiphase flow modeling. He is proficient in simulation tools such as ANSYS Fluent, ANSYS CFX, ANSA, and Gambit. Jogdankar is currently seeking new opportunities where he can apply his technical and leadership skills.
This document discusses how digital slickline technology can reduce the offshore footprint for remedial operations by providing real-time telemetry capabilities without compromising operational efficiency or functionality. It describes how digital slickline uses a polymer-coated cable for real-time data transmission while maintaining standard slickline capabilities. The document also summarizes a case study where digital slickline was used successfully for perforating operations on an unmanned offshore platform with space and weight restrictions, allowing the job to be completed safely and efficiently in fewer runs.
Hesham Mokhtar is a petroleum/reservoir engineer currently working for General Petroleum Company in Egypt. He has a M.Sc. in Petroleum Reservoir Engineering from Cairo University and over 2 years of experience performing reservoir evaluations, production forecasting, and building dynamic reservoir simulation models. His responsibilities include well testing, permeability analysis, and recommending enhanced oil recovery methods. He is proficient in reservoir modeling software like Petrel and Eclipse and aims to contribute to his company's growth through technical expertise and strong communication skills.
The document discusses velocity tools used in production logging, specifically focusing on spinners which measure fluid flow velocities. It provides background on spinners, including their history, types, basic working principles, and challenges in measurement. Graphical methods for interpreting spinner log data are also explained.
This document provides an overview of pipe stress analysis using the Pipe Calculation System (PCS). It begins with introductions of VIAS and RMC, which develop and support PCS. Standard flexibility analysis methods and their limitations are discussed. PCS is then introduced as an FEA-based alternative. The document demonstrates PCS through examples and a demo. Contact information is provided for questions.
The Society of Petroleum Engineers Distinguished Lecturer Program provides funding through member donations and industry support to bring expert lecturers to discuss emerging topics. This lecture discusses how big data analytics can help petroleum engineers and geoscientists reduce costs, improve productivity and efficiency by analyzing large datasets to find patterns and relationships. Case studies demonstrate applications in reservoir modeling, production optimization, and predictive maintenance.
The document summarizes an explicit dynamic analysis performed on a High Pressure Cap Running Tool (HPCRT) used to install and retrieve subsea high pressure caps. An ANSYS Workbench simulation was conducted to analyze the strength of the tension block under lifting forces. A shell element mesh model was used for efficiency. The analysis followed standards for inclined equipment under dynamic loading conditions. Explicit dynamic analysis uniquely evaluates different energy types and material behavior over time during impact simulations.
This document discusses simulation techniques for analyzing brake system performance. It begins with an overview of different brake types and the challenges in brake system design. The document then outlines primary simulation workflows including fully coupled thermal-stress analysis and performance evaluation tests. More advanced workflows are also presented, such as thermo-mechanical analysis of brakes to study heat generation and distortion, and brake squeal analysis to identify unstable vibration modes. The document concludes by mentioning friction induced wear analysis.
PV Elite é uma solução completa para projeto, análise e avaliação de vasos e trocadores de calor. Os usuários do PV Elite têm equipamentos projetados para usos extremos e em tempo rápido, com perfeição e rentabilidade.
Para maiores informações:
www.natecnologia.com.br
nanoFluidX is a particle-based fluid dynamics simulation tool to predict the flow in complex geometries with complex motion. It can be used to predict the oiling in powertrain systems with rotating shafts/gears and analyze forces and torques on individual components of the system. Utilizing the GPU technology empowers high performance simulations of real geometries. In this workshop we show the ease-of-use of nanoFluidX and present the general capabilities of nanoFluidX with several example cases. Selected real-world problems of current projects demonstrate the state-of-the-art of the released software and future developments are discussed in the outlook.
The Dräger X-dock series provides automatic bump tests and calibrations of portable gas detection instruments to save time and money. It comes in different versions from a basic single module station to a flexible multi-module station. Tests are easy to perform by simply inserting the device and tests are fully documented for compliance. The system reduces costs by using less test gas and requiring fewer replacement parts.
Exploring the capabilities of the tight integration of HyperWorks and ESACompAltair
More than 3 years ago RUAG Space started to look into ways how the very powerful meshing and post-processing capabilities of Altair HyperWorks could be combined with the advanced composite failure analysis methods provided by the ESAComp software from Componeering. RUAG’s vision behind this idea was to streamline the time consuming composite analysis process by a tight integration of the two pieces of software, thus eliminating as much as possible unnecessary breaks in the data flow. Both Altair and Componeering carefully listened to RUAG’s needs and eventually it was decided to make a common effort in providing step by step the requested functionality. The initially slow process accelerated considerably when Componeering joined the Altair Partner Alliance in 2012. Today the bi-directional interface between HyperWorks and ESAComp is considered mature enough to be challenged by a demanding real world use case: the dimensioning and verification of the load carrying structure of the MetOp-SG satellite (Meteorological Operational Satellite - Second Generation). The presentation will focus on how HyperWorks and ESAComp were used to set up the finite element model, to run the quasi-static and dynamic load cases and to evaluate the results. It will be shown in which way HyperWorks and ESAComp can support the process, what the benefits of a tight integration are and which limitations still exist.
Speakers
Ralf Usinger, Product Lead Engineer Satellite Structures, RUAG Schweiz AG
CADE is an expert engineering services provider specializing in mechanical engineering and finite element analysis. It has significant expertise in industries like power generation, refining, petrochemicals, and oil & gas from international projects validating and optimizing mechanical equipment. CADE's main skills include mechanical design/analysis, product development for industrial equipment, and mechanical consulting using FEA for applications such as structural analysis, fatigue analysis, thermal/fluid analysis, and more.
This document discusses shale and tight reservoir simulation using CMG software. It outlines modelling features like PVT treatments, dual porosity modelling, adsorbed components, diffusion, relative permeability, compaction/dilation tables, initial fluid saturations, and explicit gridding of propped fractures. It also discusses modelling workflows, history matching a base case model, sensitivity analysis, reference operators using CMG simulators, and SPE papers on shale modelling and simulation.
Petro-SIM is an industry-leading process simulation software for hydrocarbon industries. It contains rigorous simulation models and an intuitive interface. The open platform architecture allows for integration with other technologies and team collaboration. Petro-SIM supports improved process modeling, optimization, and business transformation through its superior simulation capabilities and integration features.
SAGE Profile is the market leader software for offshore pipeline analysis. Developed by Fugro Geoconsulting, SAGE Profile assists pipeline engineers in designing and installing subsea pipelines worldwide.
The document discusses a workshop on structural integrity assessment of nuclear energy assets held by the Indian Structural Integrity Society. It summarizes various simulations performed to qualify nuclear equipment like diesel generator sets, valves, coolers, and support structures for loads and stress limits according to codes like ASME and IS1893. It also mentions the development of macros and customized tools in Abaqus for post-processing, qualification calculations, and evaluating components, welds, bolts, and supports as per nuclear codes.
Gear health algorithm for drive systems sentient AHS presentation 2016Sentient Science
The document describes a gear health algorithm that uses materials-based fatigue modeling to predict the life of rotorcraft drive system gears. It develops multibody dynamic and contact stress models of a planetary gear system. Using a stochastic microstructure model, it simulates gear material response to loading and predicts fatigue life distributions under nominal and overload conditions. The algorithm integrates with health monitoring systems to provide prognostic information for safe operations and reduced maintenance costs.
GT STRUDL® é um software de sistema CAE (Computer-aided structural engineering) amplamente utilizado em diversas áreas como energia nuclear, segmentos de defesa nuclear, geração de energia convencional, projeto de plantas, estruturas offshore, aplicações navais, engenharia civil e estruturas de infraestrutura. Permite modelagem gráfica, análise estática e dinâmica de elementos finitos, projeto de quadros estruturais, modelagem estrutural, análises não lineares, análises gráficas e gerenciamento de bancos de dados estruturais e de exibição de resultados.
Para maiores informações:
www.natecnologia.com.br
FIC is a leader in furnace technology and uses mathematical modelling and computational fluid dynamics (CFD) to optimize furnace design and performance. Their modelling provides accurate simulations and predictions to help customers customize furnace systems. Mathematical modelling is used to optimize variables like electrode placement and transformer characteristics, while CFD simulations model thermal and chemical processes during glass production to reduce costs and improve efficiency. Both modelling methods help FIC design furnaces that meet customers' specific needs.
Sushilkumar M. Jogdankar is a CFD project leader with over 10 years of experience in CFD modeling. He has expertise in areas such as heat transfer simulation, fluid dynamics, conjugate analysis, and multiphase flow modeling. He is proficient in simulation tools such as ANSYS Fluent, ANSYS CFX, ANSA, and Gambit. Jogdankar is currently seeking new opportunities where he can apply his technical and leadership skills.
This document discusses how digital slickline technology can reduce the offshore footprint for remedial operations by providing real-time telemetry capabilities without compromising operational efficiency or functionality. It describes how digital slickline uses a polymer-coated cable for real-time data transmission while maintaining standard slickline capabilities. The document also summarizes a case study where digital slickline was used successfully for perforating operations on an unmanned offshore platform with space and weight restrictions, allowing the job to be completed safely and efficiently in fewer runs.
Hesham Mokhtar is a petroleum/reservoir engineer currently working for General Petroleum Company in Egypt. He has a M.Sc. in Petroleum Reservoir Engineering from Cairo University and over 2 years of experience performing reservoir evaluations, production forecasting, and building dynamic reservoir simulation models. His responsibilities include well testing, permeability analysis, and recommending enhanced oil recovery methods. He is proficient in reservoir modeling software like Petrel and Eclipse and aims to contribute to his company's growth through technical expertise and strong communication skills.
The document discusses velocity tools used in production logging, specifically focusing on spinners which measure fluid flow velocities. It provides background on spinners, including their history, types, basic working principles, and challenges in measurement. Graphical methods for interpreting spinner log data are also explained.
This document provides an overview of pipe stress analysis using the Pipe Calculation System (PCS). It begins with introductions of VIAS and RMC, which develop and support PCS. Standard flexibility analysis methods and their limitations are discussed. PCS is then introduced as an FEA-based alternative. The document demonstrates PCS through examples and a demo. Contact information is provided for questions.
The Society of Petroleum Engineers Distinguished Lecturer Program provides funding through member donations and industry support to bring expert lecturers to discuss emerging topics. This lecture discusses how big data analytics can help petroleum engineers and geoscientists reduce costs, improve productivity and efficiency by analyzing large datasets to find patterns and relationships. Case studies demonstrate applications in reservoir modeling, production optimization, and predictive maintenance.
The document summarizes an explicit dynamic analysis performed on a High Pressure Cap Running Tool (HPCRT) used to install and retrieve subsea high pressure caps. An ANSYS Workbench simulation was conducted to analyze the strength of the tension block under lifting forces. A shell element mesh model was used for efficiency. The analysis followed standards for inclined equipment under dynamic loading conditions. Explicit dynamic analysis uniquely evaluates different energy types and material behavior over time during impact simulations.
This document discusses simulation techniques for analyzing brake system performance. It begins with an overview of different brake types and the challenges in brake system design. The document then outlines primary simulation workflows including fully coupled thermal-stress analysis and performance evaluation tests. More advanced workflows are also presented, such as thermo-mechanical analysis of brakes to study heat generation and distortion, and brake squeal analysis to identify unstable vibration modes. The document concludes by mentioning friction induced wear analysis.
PV Elite é uma solução completa para projeto, análise e avaliação de vasos e trocadores de calor. Os usuários do PV Elite têm equipamentos projetados para usos extremos e em tempo rápido, com perfeição e rentabilidade.
Para maiores informações:
www.natecnologia.com.br
nanoFluidX is a particle-based fluid dynamics simulation tool to predict the flow in complex geometries with complex motion. It can be used to predict the oiling in powertrain systems with rotating shafts/gears and analyze forces and torques on individual components of the system. Utilizing the GPU technology empowers high performance simulations of real geometries. In this workshop we show the ease-of-use of nanoFluidX and present the general capabilities of nanoFluidX with several example cases. Selected real-world problems of current projects demonstrate the state-of-the-art of the released software and future developments are discussed in the outlook.
The Dräger X-dock series provides automatic bump tests and calibrations of portable gas detection instruments to save time and money. It comes in different versions from a basic single module station to a flexible multi-module station. Tests are easy to perform by simply inserting the device and tests are fully documented for compliance. The system reduces costs by using less test gas and requiring fewer replacement parts.
Exploring the capabilities of the tight integration of HyperWorks and ESACompAltair
More than 3 years ago RUAG Space started to look into ways how the very powerful meshing and post-processing capabilities of Altair HyperWorks could be combined with the advanced composite failure analysis methods provided by the ESAComp software from Componeering. RUAG’s vision behind this idea was to streamline the time consuming composite analysis process by a tight integration of the two pieces of software, thus eliminating as much as possible unnecessary breaks in the data flow. Both Altair and Componeering carefully listened to RUAG’s needs and eventually it was decided to make a common effort in providing step by step the requested functionality. The initially slow process accelerated considerably when Componeering joined the Altair Partner Alliance in 2012. Today the bi-directional interface between HyperWorks and ESAComp is considered mature enough to be challenged by a demanding real world use case: the dimensioning and verification of the load carrying structure of the MetOp-SG satellite (Meteorological Operational Satellite - Second Generation). The presentation will focus on how HyperWorks and ESAComp were used to set up the finite element model, to run the quasi-static and dynamic load cases and to evaluate the results. It will be shown in which way HyperWorks and ESAComp can support the process, what the benefits of a tight integration are and which limitations still exist.
Speakers
Ralf Usinger, Product Lead Engineer Satellite Structures, RUAG Schweiz AG
CADE is an expert engineering services provider specializing in mechanical engineering and finite element analysis. It has significant expertise in industries like power generation, refining, petrochemicals, and oil & gas from international projects validating and optimizing mechanical equipment. CADE's main skills include mechanical design/analysis, product development for industrial equipment, and mechanical consulting using FEA for applications such as structural analysis, fatigue analysis, thermal/fluid analysis, and more.
This document discusses shale and tight reservoir simulation using CMG software. It outlines modelling features like PVT treatments, dual porosity modelling, adsorbed components, diffusion, relative permeability, compaction/dilation tables, initial fluid saturations, and explicit gridding of propped fractures. It also discusses modelling workflows, history matching a base case model, sensitivity analysis, reference operators using CMG simulators, and SPE papers on shale modelling and simulation.
Petro-SIM is an industry-leading process simulation software for hydrocarbon industries. It contains rigorous simulation models and an intuitive interface. The open platform architecture allows for integration with other technologies and team collaboration. Petro-SIM supports improved process modeling, optimization, and business transformation through its superior simulation capabilities and integration features.
SAGE Profile is the market leader software for offshore pipeline analysis. Developed by Fugro Geoconsulting, SAGE Profile assists pipeline engineers in designing and installing subsea pipelines worldwide.
The document discusses a workshop on structural integrity assessment of nuclear energy assets held by the Indian Structural Integrity Society. It summarizes various simulations performed to qualify nuclear equipment like diesel generator sets, valves, coolers, and support structures for loads and stress limits according to codes like ASME and IS1893. It also mentions the development of macros and customized tools in Abaqus for post-processing, qualification calculations, and evaluating components, welds, bolts, and supports as per nuclear codes.
Gear health algorithm for drive systems sentient AHS presentation 2016Sentient Science
The document describes a gear health algorithm that uses materials-based fatigue modeling to predict the life of rotorcraft drive system gears. It develops multibody dynamic and contact stress models of a planetary gear system. Using a stochastic microstructure model, it simulates gear material response to loading and predicts fatigue life distributions under nominal and overload conditions. The algorithm integrates with health monitoring systems to provide prognostic information for safe operations and reduced maintenance costs.
GT STRUDL® é um software de sistema CAE (Computer-aided structural engineering) amplamente utilizado em diversas áreas como energia nuclear, segmentos de defesa nuclear, geração de energia convencional, projeto de plantas, estruturas offshore, aplicações navais, engenharia civil e estruturas de infraestrutura. Permite modelagem gráfica, análise estática e dinâmica de elementos finitos, projeto de quadros estruturais, modelagem estrutural, análises não lineares, análises gráficas e gerenciamento de bancos de dados estruturais e de exibição de resultados.
Para maiores informações:
www.natecnologia.com.br
FIC is a leader in furnace technology and uses mathematical modelling and computational fluid dynamics (CFD) to optimize furnace design and performance. Their modelling provides accurate simulations and predictions to help customers customize furnace systems. Mathematical modelling is used to optimize variables like electrode placement and transformer characteristics, while CFD simulations model thermal and chemical processes during glass production to reduce costs and improve efficiency. Both modelling methods help FIC design furnaces that meet customers' specific needs.
Intergraph Visual Vessel Design is a comprehensive software for designing and analyzing pressure vessels, heat exchangers, and boilers that emphasizes European standards. It offers integrated databases, tube layouts, utilization charts, materials library, external loads module, and report generation. The software provides 2D and 3D drafting utilities to visualize designs and check for dimensional input errors. It also features an advanced flange design module.
CAESAR II é uma solução completa que permite uma análise rápida e precisa dos sistemas de tubulações sujeitos a uma ampla variedade de cargas que levam em consideração as condições de peso, de pressão, térmicas, sísmicas e outras condições estáticas e dinâmicas. Ele pode analisar sistemas de tubulações de virtualmente qualquer dimensão ou complexidade.
Para maiores informações:
www.natecnologia.com.br
This document provides a summary of Ashwin Sasikumar's experience as a Mechanical Design Engineer, including over 5 years working on projects involving wind turbines, oil rig equipment, valves, and more. It outlines his skillset which includes CAD tools, PLM, DFMEA, and Microsoft Office. Significant accomplishments highlighted include developing innovative solutions to speed up production and increase safety. Professional experience is detailed working for Larsen & Toubro Technology Services on projects involving pipe handling equipment, tools for wind turbine components, and the design of converter bases and nacelle structures.
PASS/START-PROF capabilities for pipe stress analysis of power and process pi...Alex Matveev
This document provides an overview and agenda for a webinar on the PASS/START-PROF pipe stress analysis software. It introduces PASS/START-PROF and discusses its capabilities for supporting various piping codes, integration with other software, object-oriented piping model creation, equipment objects, expansion joints, and load databases. The webinar agenda covers topics like minimum design metal temperature, alternative stress allowances, creep usage factors, FRP piping analysis, wall thickness calculation, load cases, and various analysis reports.
The document describes ChemCAD software, which is a suite of chemical process simulation tools. It includes modules for steady-state simulation (CC-STEADY STATE), dynamic simulation (CC-DYNAMICS), heat exchanger design (CC-THERM), safety analysis (CC-SAFETY NET), physical property calculations (CC-FLASH), and batch distillation design (CC-BATCH). ChemCAD allows simulation, design, and optimization of chemical processes across various industries. It contains extensive libraries for thermodynamics, unit operations, and chemical components. Example applications provided are design of a bioreactor for methanol production and batch distillation of a hydrocarbon mixture.
Nidec asi capability overview for oil&gas applicationsNidec Corporation
Nidec ASI has over 40 years of experience serving the oil and gas industry. They provide custom engineered motors, generators, drives, and substations from 150kW to 45MW for applications throughout the extraction, transportation, processing and distribution chain. Their equipment is certified for use in hazardous and explosive environments. They also offer consulting, installation, and lifetime maintenance services.
This is a business presentation from Ristatti Instruments from Italy. We design, develop and build electrical and electromechanical taylor made testing machines.
Get in touch with us to know more.
www.risatti.it
SAP2000 is finite element analysis software for structural engineering that allows 3D modeling and analysis of structures like buildings and bridges. It can analyze static and dynamic load cases, perform reinforced concrete and steel design, and has modules for bridge, offshore, and soil-structure interaction modeling. The software features a powerful graphical interface for modeling, analysis, post-processing, and design within a single integrated environment.
Experimental and Computational Fluid Dynamics (CFD) Analysis of Additively Ma...IRJET Journal
This document discusses an experimental study and computational fluid dynamics (CFD) analysis of additively manufactured weirs. Four different weir designs - empty and ramped catenary, labyrinth, and piano key - were 3D printed and tested in a 2.5 meter open channel flow experiment. Flow rates, water levels, velocities, and discharge coefficients were measured and compared for each weir design. CFD modeling was also used to simulate the flow and validate the experimental results. The ramped catenary weir design generally performed best across testing parameters for both maximum and minimum flow rates. The study demonstrated the feasibility of using additive manufacturing to create complex weir geometries for experimental fluid mechanics research.
Yizhe Liu has over 10 years of experience in electronics design and power electronics. He has worked on projects involving solar inverters, battery management systems, motor drives, and more. His experience includes circuit design, algorithm development, simulation, component selection, project planning and risk analysis. He is proficient in tools like Cadence, Altium, LabVIEW, and MATLAB/Simulink.
‘ESURVEY HYDRAULICS’ A TOOL FOR DESIGN OF WATER SUPPLY DISTRIBUTION NETWORKIRJET Journal
The document introduces ESurvey Hydraulics, a new software tool for designing water supply distribution networks that was created by ESurveying Softtech Bangalore as an alternative to other hydraulic modeling software like WaterGEMS. Key features of ESurvey Hydraulics are described, and a sample design of a district metered area is modeled in both ESurvey Hydraulics and WaterGEMS to demonstrate that the software produces comparable results. Suggestions for further improvements to ESurvey Hydraulics are provided.
This presentation discusses the creation of a template design for Oil Extraction in Alberta using the Steam Assisted Gravity Drain process. It starts from a number of incremental designs across dissimilar systems, a broad vision, the decision to use AVEVA technology and deployment of the design tools. During this period the 3D platform moved from AVEVA PDMS to AVEVA E3D, requiring an appropriate adjustment. It also touches on the future growth.
Presented by: Simon Spurrier—Amec Foster Wheeler
Discover how AVEVA can transform your business today
www.aveva.com
Firmware Functional Tester for Household Washing Machine Controller using Lab...IRJET Journal
This document describes developing an automatic testing software for washing machines using LabVIEW. The software acquires sensor data like rotation speed and temperature and tests the functionality of the washing machine controller via Bluetooth. A National Instruments cRIO controller runs LabVIEW code to control an 8-channel digital I/O module and voltage/current input module for interfacing with sensors like a reflective sensor to monitor rotation speed and a thermocouple for temperature. The software is meant to automatically validate the firmware of washing machine electronic control boards to increase testing capabilities and reliability.
The document discusses several software applications used for infrastructure and transportation planning, including modeling of water distribution, floodplains, wastewater collection, and urban drainage systems. It provides details on the features and capabilities of WaterGEMS for water distribution modeling, HEC-HMS and HEC-RAS for floodplain and river analysis, SewerCAD for wastewater collection modeling and design, and MOUSE for modeling urban drainage systems. It also discusses using MOUSE GIS for combining drainage modeling results with digital elevation maps and generating flood inundation maps.
Revised: Presentation of my SCADA-Petroleum Engineering SuiteColin Jordan
The document discusses developing a fully integrated cloud-based SCADA and data analysis software suite. It aims to break down barriers between operations, engineering, and business development. The software will perform customizable analyses and reporting tied to a single data source. It will also incorporate reservoir engineering tools like rate transient analysis, production engineering models, and real-time connectivity to oil and gas price data. The overall goal is a visual development environment for advanced flow analytics across mobile, desktop and cloud platforms.
Cast designer for investment casting design & simulationXiaojun YANG
Cast-Designer is a casting design and analysis software that uses upfront design and analysis technology. This allows engineers to conduct simulations early in the design process to optimize designs and detect potential issues. The software generates quick simulations to check designs for issues with metal flow, heat transfer, cooling, and solidification. It aims to help users achieve better designs and time to market goals.
This document provides an overview of CTES, L.P., including:
- Introduction to CTES, its founding, ownership structure, and locations
- Biographies of the senior staff, Ken Newman and Paul Brown
- Services and products offered, including software, training, R&D projects, and equipment like data acquisition systems and cable installation systems
This document outlines the vision, mission, services, and capabilities of an engineering solutions provider. Their vision is to be the leading innovative solutions provider in their industry. Their mission involves being responsive to customers, providing quality services, adopting new ideas, ensuring growth and rewarding employees. They specialize in integrated engineering solutions for oil, gas, marine, and renewable energy. Their services include project management, pipeline engineering, structural engineering, and more.
The document discusses AECOsim Building Designer software for information modeling of multi-discipline building teams. It provides a unified design environment and tools to integrate disciplines, simulate buildings, model anything imaginable, and collaborate efficiently. Key capabilities include true interoperability, immersive interaction, building performance simulation, and producing trusted deliverables. Testimonials from users praise how it enables collaborative design and finding solutions.
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1. PRODUCT DATA SHEET
Bentley
®
AutoPIPE
®
V8i
The Most Productive Tool for Pipe Stress Analysis
Bentley AutoPIPE V8i is the most productive design and
analysis program for calculating piping code stresses, loads,
and deflections under static and dynamic load conditions,
even to the highest nuclear standards. Costly plant shutdowns
caused by pipes moving as they heat up can be avoided with
3D ‘hot’ clash detection. This functionality can also be used
to avoid piping failures during extreme loading conditions
(like earthquakes). AutoPIPE also includes special features
for advanced buried pipeline analysis, wave loading, fluid
transients, FRP/GRP or plastic pipe, as well as time-saving
integrations with STAAD.Pro and all major plant design systems.
Unique, Object-based Graphical User Interface
The OpenGL CAD graphical user interface found in Bentley AutoPIPE V8i enables
users to easily create and modify the pipe stress model. Users can simply point
and click on the graphical model to insert, modify, or delete pipe supports, loads, or
components. After each operation, the model display is automatically updated for
instant visual feedback. Using AutoPIPE V8i graphical select options, users can
insert, delete, or modify components, supports, pipe properties, temperatures/
pressures, or other parameters across an entire range of points with one command.
Graphical selection of ranges is also used to cut, copy, and paste operations. Users
can check, sort, or make changes to the input data quickly using interactive grid
spreadsheets like Excel. AutoPIPE V8i features up to 99 undo or redo steps to correct
mistakes, perform ‘what-if’ analysis, or to iterate quickly through design scenarios.
Advanced Analysis Features for Varied Piping Environments
AutoPIPE V8i provides unique capabilities for process, power, oil and gas, nuclear,
underground, offshore floating, production, storage, and offloading (FPSO) platform
and subsea pipeline areas with 25 international piping codes. Advanced AutoPIPE
V8i capabilities include nonlinear hydrotest analysis, built-in wave loading, buried
pipeline analysis, jacketed piping, dynamic loadings, orthotropic fiberglass reinforced
plastic (FRP/GRP), and HDPE plastic piping analysis. It also includes thermal
stratification or bowing, thermal transient, pipe/structure interaction, fluid transient
with closure time and relief valve utilities, advanced load sequencing, non-linear
support gaps and friction and jacketed piping. Local stress calculation to WRC 107,
WRC 297, PD 5500, KHK, API 650 is available using AutoPIPE Nozzle.
Graphical Review of Analysis Results
Once a system is analyzed, users can click on the graphical model and instantly view
stresses, deflections, forces, and moments. Color-coded results and pop-up windows
enable users to quickly identify and investigate critical areas without having to review
a voluminous amount of batch output data. Up to 1,000 load combinations can be
viewed with the powerful on-screen results grid, which provides interactive filtering,
sorting, and printing of maximum result values.
Interface with AutoPIPE Vessel, STAAD.Pro, Plant Design CAD
Systems, and ProjectWise
The only solution on the market today for a truly integrated design between piping
and structural analysis, AutoPIPE V8i can automatically transfer pipe support loads
as well as import complete structures to and from STAAD.Pro V8i, saving weeks
of design time and providing safer, more-realistic engineered designs. In addition AutoPIPE
can now transfer piping nozzle loads on vessels to AutoPIPE Vessel for final vessel design.
Import 3D plant design CAD models from AutoPLANT V8i, PlantSpace V8i, OpenPlant V8i,
Intergraph PDS, SmartPlant, CADWORX, SolidWorks, Inventor, Plant 3D, CATIA®
, and
Aveva PDMS, into AutoPIPE V8i to save hundreds of man-hours and ensure accurate pipe
stress models.
AutoPIPE V8i provides users with full read/write interoperability with Caesar II,
and its models and data can be read by Bentley Navigator or MicroStation
alongside any CAD model to support early engineering decision making, perform
3D hot clash detection, and reduce design iterations. AutoPIPE also generates fully
dimensioned stress isometrics with custom data and comments highlighting the pipe
stress engineer’s changes. In addition, AutoPIPE V8i is integrated with ProjectWise
for global collaboration of engineering and CAD data files on major projects.
Quality Assurance
AutoPIPE V8i rigorous quality assurance program has passed numerous nuclear
and Nuclear Procurement Issues Committee (NUPIC) audits to 10CFR50 App. B,
ISO9001, CSA N286.7-99, ASME NQA-1, and ANSI N45.2 standards, making
Bentley AutoPIPE V8i one of the few pipe stress programs with a high level of
quality. AutoPIPE Nuclear V8i provides design of critical safety pipework to
ASME Class 1, 2, or 3.
Bentley AutoPIPE includes clash detection to avoid costly operation failures.