INDUSTRIAL EQUIPMENT

Drive Superior performance with true concurrent engineering and unlock the potential to collaborate and innovate

Concurrent Equipment Engineering provides the digital continuity needed to manage all engineering, simulation and manufacturing information consistently. It serves to break the information silos between these and other business disciplines, improving collaboration and accelrating the pace of operations.

PROCESSES

Equipment Mechanical Engineering - Drive Superior Performance

The Equipment Mechanical Engineering process allows complete Mechanical Design and Engineering of very complex equipment in a multi-discipline environment leveraging instant collaboration across the Company. This Process includes Simulation for Designers and Engineers allowing structural simulation to be carried over without the need to get assistance from simulation analysts.

Piping & Tubing Engineering

Improve Piping & Tubing engineering while reducing time and cost in an end-to-end process from requirements to manufacturing

• Design and optimization of pipes, tubes & HVAC systems
• Schematic and 3D design in context of the other disciplines
• Take advantage of specification and schematic driven design
• Automation capabilities to comply with corporate and industry standards
• Facilitate the data generation necessary for manufacturing preparation

Electrical Wiring and Cabling Engineering

Improve Electrical Wire Harness, Cabling and Raceways engineering while reducing time and cost in an end-toend process from requirements to manufacturing.

• Create intelligent schematics for wiring and cabling systems
• Reduce electrical system development time thanks to a synchronization between the Schematics and the 3D
• Prepare quickly high quality manufacturing documentation
• Define document templates that integrate any data from different sources and use them for automatic generation
• Capture and reuse company best practices and expertise
• Manage traceability all along electrical systems lifecycle

Stamping Die Engineering and Machining

A complete coverage of the stamping die manufacturing process from Engineering to Machining in a single digital thread

• Increase design productivity, standardize tooling design practices, automate design tasks and assist in earlier decision-making
• One integrated solution from part design to tooling manufacturing
• Reduce programming time by reusing company best practices
• Improve programming accuracy with advanced machining strategies
• Ensure tool paths are collision free with machine tool simulation

Mold Engineering and Machining

Design, Detail, Validate and Machine Injection Mold

• The Mold & Tooling process enables a flexible and highly customizable approach from conceptual and detailed mold tooling design to machining.
• It enables the user to automate designtasks and assist user decision-making at any step of complex mold design
• It enables capabilities to validate and optimize plastic parts and mold tooling designs by simulating the filling, packing, warpage & mold cooling
• The process delivers the ability to program and simulate milling machines to produce 3D parts that require advanced 2.5-axis and 3-axis milling, axial and probing operations as well as the ability to switch to 5-axis motion

Equipment Structural Engineering

Accelerate Equipment Design, reduce physical testing and avoid product failure and warranty costs with proven predictive simulation solutions

• Provide a collaborative environment to reduce product design cycle time and improve product lifetime performance with virtual validation
• Empower engineers with an end-to-end solution for evaluating a wide variety of structural and durability workflows including structural integrity, thermal stress, fatigue life and fatigue-based shape optimization
• Allow evaluation of any size of design, from excavators to individual parts
• Take advantage of proven predictive technologies, such as best-in-class contact capabilities and advanced non-linear material models that capture the physics realistically
• Leverage the latest technologies such as automated modeling, user procedures and meshing rules to rapidly build large finite element models

Wind Turbine Engineering

Accelerate innovation and reduce costs and time to market with fast prediction of key performance attributes using multidisciplinary simulation solutions

Provides engineers an integrated design and simulation environment to predict and optimize all facets of the wind turbine design, from concept loads through to high fidelity component analysis. Best-in-class tools for analyzing structural performance, mechanism dynamics, blade performance and noise, which enables turbine manufacturers to produce more innovative and efficient designs and to reduce development time and costs, CAPEX and OPEX.

Equipment Operating Performance

Reduce community noise, evaluate product performance and avoid machine breakdwon with high fidelity, multi-physics simulation solutions

• Efficiently design electric machines with proven multiphysics simulation solutions and avoid breakdown and reduce electromagnetic losses
• Improve drivetrain design with state-of-the-art multibody simulations
• Leverage design-embedded fluid solutions to minimize pressure drop through ducts and ensure flow uniformity
• Reduce community noise with best-in-class aeroacoustic solution
• Determine the antenna performance as installed on an equipment; Ensure antenna performance targets are met in the working environment when antenna is embedded into a large device or system

Power and Fluidic Equipment Engineering

Improve product life and evaluate thermal performance with proven, predictive, multi-physics simulation solutions

• Improve the efficiency of power generation turbines, through structural, aerodynamic and thermodynamic simulation
• Explore innovative or bespoke designs without building costly prototypes, and expand operating conditions
• Predict community noise accurately and design effective enclosures for power devices
• Protect electrical machines from electrical and thermal breakdown

Standard Component Management

From classification to standard components reuse; this industry process brings all the capabilities to define and keep track of your standard catalogs, with the following main features:

• Classification arborescence creation and management
• Merging standards across company sites and programs
• Decision publication  to engineering to enforce IP "Capture and Reuse" corporate practices

This industry process reunites the worlds of engineers, sourcing and standard components managers with PartSupply Enterprise. It allows you to drive product part reuse, make or buy process, with optimize components catalogs.

• As a component manager,  select the components to be used in your company, with both in-house parts and external components from qualified suppliers
• As a designer, search efficiently among the otimized components, and directly insert or replace them in your design.