NX Strategy & Roadmap

Transcription

1 Speed of Innovation >>> NX Strategy & Roadmap Mike Rebrukh Product Management Paul Bevan Product Marketing Realize innovation.

2 NX Release Roadmap NX 11.0 Convergent Modeling Technology Additional Touch interaction Additional airframe design capabilities Improved access to Tc from inside NX Improved Sketcher usability Improved Synchronous Technology Improved Drafting and 2D Layout New PMI capabilities Improved JT workflows Sheet Metal improvements NX Feature modeling improvements Additive Manufacturing checkers Label and Tip improvements in dialogs Boolean Robustness, Performance and Diagnostics improvements Version Up Reliability Selection Intent in more commands Sketch usability and functionality Reference Sets enhancements Drafting and PMI improvements NX Design tools for Additive Manufacturing - Lattice Structure Weld improvements Design for Additive Manufacturing new validation capabilities Quality and performance improvements NX 12.0 Multiple parts in multiple windows Usability and performance improvements Animation Designer - design focused mechanism simulation New capabilities and workflows for generative design, featuring Convergent Modeling, and lattice structures Additional integration with Capital - embedded Capital Enterprise Reporter Improved feature and freeform modeling tools P&ID Designer New PMI capabilities NX Fast assembly loading ELMA light, stand-alone tool for visualization, inquiries, and mark-up of logical and physical PCB data Convergent Modeling improvements Tc Change Management integration Routing Next Generation Routing Mechanical for 4GD High End Rendering improvements New NX Measurements Improved Visual Reporting NX Sketcher improvements Routing- Stock Endforms Routing- Constrained Curvature Splines New SDPD capabilities New Mold Tooling capabilities Design for Additive Manufacturing validation improvements Performance improvements Sheet metal improvements for flattening and more NX Next Release NX for the cloud Usability improvements, including new Live Help Extended PMI capabilities and improved consumption workflows - 3DPDF, TDP New Convergent Modeling capabilities Generative Design and Design for Additive Manufacturing improvements Further ECAD/MCAD integration Modeling improvements, including Design Groups Animation Designer improvements Target Q Target Q Target Q Target Q Page 2

3 NX 12 CAD Projects (167) User Experience Multiple Displayed Parts Improved Units Handling Simple File Password Completion Ray Traced Studio Usability Support Assemblies Performance - Graphics CAE Display Performance Support Mixed Model PSM Display Support NX Open Texture Support Assemblies Assembly Performance Worksets and Snapshots 4GD Usability 4GD Support Mechanical Routing MDP - Assemblies 4GD Constraints - Access Control 4GD Export Support Joints and Couplers 4GD Move Component with Copy Modeling Version Up - Reliability Investment Completion Version Up - Feature Issue Diagnostics Version Up - Shape Validation Testing MDP - Standard Tasks MDP - Part Navigator Support MDP - Sketch Context MDP - Display during update and Obsolete EDU Assembly Performance - Design Support Part Navigator Performance improvements for PMI Convergent Modeling - Address Basic Design Gaps Convergent Modeling - Hybrid Design Phase 1 Design for Additive Manufacturing Next Gen Sketching - Core Aero Features - Step and Shelf Improvements Aero Features - Flange and Rib Improvements Shipbuilding Performance Enhancement Consultation Variable Offset Face - Pad Type MDP - Shape Studio Application Convergent Modeling - Finish Freeform Support Section Surface Improvements Flattening and Forming - SM algorithms and WF productivity improvements Heal Surfaces for Engineering Surface Prep - Research PMI PMI Support for Vis Alignment PMI Table PMI Bolt Circle Centerline Suppress PMI Object Support PMI Parallel to Screen - Phase 2 Drawing to PMI - Phase 2 Angular Directed Dimensions Renaming Associated Object Groups Support JT Inspector PMI Validation Part Navigator Performance Improvement - Phase 2 Correct Flipping PMI inherited to a Drawing PMI Section View Persistent Curves PMI JT Quality Model View Disclosure Preference Sheet Metal MDP Support Renew Features Solid Edge Change Management Forming and Flattening Integration Flat Pattern Improvements Convert to Sheet Metal Improvements SM from Solid Enhancements Multi-Flange Feature Multi-Profile Tab Multi-Bend Tab Material and Bend Table Improvements Improve Autotest Reliability Teamcenter Inside NX Support (Functional & Architecture) AD/LD/NXLE Release Compatibility NX 12.0 / NX 11.0.x and TC Release Compatibility NX 12.0 / NX 11.0.x and TC Release Compatibility AWc 3.2 and NX 10.0.x and NX 11.0.x Release Compatibility AWc 3.3 and NX 10.0.x, NX 11.0.x and NX12 TCIN support for MDP TCIN Support for Assembly Performance TCIN Support for CAE Motion Sub-Mechanism SDPD Foundation - KPI, ICD. Support Cross-probing Improvements to Automated Test Framework & Demo Setup Usability Initiative for TCIN Change Management - Integration with ECNs Supplier Collaboration: Multiple OEMs Tooling NX PLS - Migration of NX Die Validation Rough Offset Multiple Display Parts (MDP) support for Tooling Assembly Performance Teamcenter Integration - Phase 2 NX - Perfect Costing Integration - Phase 2 MCD Mechatronic Collaboration Structure (MCD-AD Integration)* New Kinematic Application Initial kinematic setup commands New Kinematic Application Kinematic simulation commands New Kinematic Application Collaboration capability New Kinematic Application - Kinematic environment creation Enhanced Physics for Machinery Use Cases Enhanced Standard Runtime Interfaces SiL Interface to Siemens Soft Controllers Adopt Timeline UI in MCD MDP for Parallel Simulation Execution Common Kinematics Data Model (MCD) Shared Kinematics across Platforms * 4GD 4GD Motion in Workset Usability Initiative for 4GD 4GD Export for Reference HD3D Visual Report - Support for NX Open Properties Check-Mate Gaps Check-Mate Functions and Visual Report Properties HD3D Applications - Reaction of MDP HD3D - Reaction of Assemblies Load Performance Check-Mate - Run-time Checking Framework 4G Validation Framework (TC DP ) Check-Mate replaces Routing Design Rules (Phase 1) Check-Mate - Remove KF Dependency (Phase 1) SDPD Modular interface Design - Interface Report Cross Probing - Logical/Physical Drafting NX Layout UI Improvements NX Layout Workflow Improvements Multiple Displayed Parts Support Convergent Modeling Support Assembly Performance Support Section Component Attribute Update Retained Dimension to Silhouettes Point Support for Extracted Edge Hole Callout Enhancements Weld Symbol Standards FCF Standards - Symbols Priority Migration Minimize Root Object Footprint Drawing Compare - Visual Compare Threads - Boundary and clipping algorithm Weld Symbols - Identify Geometry View Break Autotests Parts List Autotests Internal Part Creation for Interactive and Autotests TDC Test Suite Internal & Customer Data Sets Crosshatch/Areafill - Upgrade PS API Infer Origin Association from Leader Parts List UI Quality/Maintenance Routing Port offset enhancements Deployment Ready -Mech Routing -Next Gen Cut Elbow usability and Next Gen support Next Gen Lite Mechanical for Assemblies Proof of Implementation - Next Gen Electrical Routing Spline Path radius control and UI Bulk replacement tool- Unify Path replacement Bend Corner Assignment Enhancements Escalations Attribute Category support Outside Initiative Support Autotest support Windcatcher/Duct Reinforcement 4GD re-arch Weld Support multiple display parts Mirror arc and bead welds (phase 2) Support Position independent links Symbolica Web Store Licensing Update Maple Integration Feature Faceted Surface By Equation Design Reuse React to Multiple Displayed Parts React to Assembly Performance Project Expressions UI Changes Measurements Consolidation Phase 1 Reuse Support for MDP Reuse Library Support for Assembly Performance Find selected object in Reuse Navigator 2D Layout Behaviors for Reuse Library Positioning Feature for Non-Planar Targets Template Technologies Consolidation Phase 1 Vehicle Design Automation Backport of VDA standards Pedestrian Protection - algorithm Multiple Display Parts for Vehicle Design Automation Assembly Performance support in vehicle design automation Page 3

4 NX Design Key Investments Accurately represent what is real and simulate what is possible Generative Design with Convergent Modeling Design efficiency MBD / MBE ECAD / MCAD integration Page 4

5 NX Design Key Investments Accurately represent what is real and simulate what is possible Generative Design with Convergent Modeling Design efficiency MBD / MBE ECAD / MCAD integration Page 5

6 What is Generative Design? As currently defined by public statements Generative design encompasses a design process that involves algorithms. It is a technology that mimics nature's evolutionary approach to design. It is used to design complex shapes and optimized forms in relationship to forces, cost, weight, and other data that may influence the design. It starts with design goals and then explores all of the possible permutations of a solution to find the best option. Page 6

7 Generative Design Solution Much more than just topology optimization Topology Optimization for Designers Topology Optimization for Analysts FE design optimization Mesh Morphing optimization Composites optimization Integrated design optimization Multi-Discipline Optimization Design Space Exploration Baseline Optimized Design Page 7

8 Convergent Modeling Technology Work directly with facets, surfaces and solids Remove need to reverse engineer facet data Enables solutions like Topology Optimization to seamlessly fit into the design process Eliminates the error-prone, costly process of rework, while supporting new manufacturing techniques for complex and irregular shapes such as 3D printing Page 8

9 Filling the Gap 2D image (photograph) 3D faceted body One step conversion Combine facets and curvy surfaces into a single body Curvy surfaces design Page 9

10 Filling the Gap 2D image (photograph) 3D faceted body One step conversion Combine facets and curvy surfaces into a single body Curvy surfaces design Page 10

11 Convergent Modeling Polygon modeling Scanning CONVERGENT MODELING Additive / subtractive manufacturing Assembly design Design without conversion In-process work piece Topology optimization Finite element analysis Finite element analysis Motion volume CAE Mesh 10x faster than traditional methods! Documentation Tooling Page 11

12 Design with Convergent Modeling For visible parts that require generative design, you need some human influence on the shape, finish for aesthetics, brand recognition etc. Prismatic features Freeform features Modify generative models by adding precise geometry Combine facets with precise geometry Page 12

13 Polygon Modeling Capability Dedicated environment for editing facet geometry Works on bodies with and without history Customer Benefit Easy to use History free editing within NX Easy prep for molding or additive manufacturing Page 13

14 Lightweight Structure Design Capability Fill a volume with lattices Lattices are represented as facets Customer Benefit Easier to design lightweight parts Reduced material use Page 14

15 NX Design Key Investments Accurately represent what is real and simulate what is possible Generative Design with Convergent Modeling Design efficiency MBD / MBE ECAD / MCAD integration Page 15

16 Selection and Visualization Efficiency Capability 3D box selection Visualization enhancements Customer Benefit Easier selection in large, complex design Improved performance and better understanding of design Page 16

17 Context Efficiency Capability Multiple Display Parts Tab-based layout for multiple windows Customer Benefit Fast, easy switching between parts and applications Easy change impact analysis Easy comparison between parts Efficient use of screen space and multiple monitors Page 17

18 Feature Modeling Variable Offset Face Capability More offset types New option to offset as solid Create offset regions of different thicknesses Improved support of multi-material parts Customer Benefit Faster creation of complex surfaces More robust method for creating lightweight parts Easier embedded electronics creation Page 18

19 Flattening and Forming Capability Improved control when flattening and forming surfaces Customer Benefit Flatten complex shapes without distortion Faster feature updates Page 19

20 Animation Designer Capability Animate almost any type of geometry Simple command structure Automatic collision detection Customer Benefit Reduced need for physical prototypes Find and repair issues in the same environment Higher quality through faster design iteration Page 20

21 NX Design Key Investments Accurately represent what is real and simulate what is possible Generative Design with Convergent Modeling Design efficiency MBD / MBE ECAD / MCAD integration Page 21

22 Model Based Definition The benefits for adopting MBD are widely known and accepted by customers across all industries MBD Adoption not if, but rather when Customers are transitioning to MBD and looking for ways to be more productive and competitive Page 22

23 The Promise of Model Based Enterprise 30% total product development time and effort is used to create and maintain drawings Improved Clarity and Usability 3D Model Based Definition is the single source of truth The human mind can understand three dimensional data more readily than two dimensional data resulting in a shorter learning curve Page 23 50% reduction in supplier response time 50% reduction in prototypes Mistakes reduced by 40% Companies are more efficient with reduce costs It is more efficient to reuse and organize the 3D information then recreate that information in a drawing Drawings results in more files to be managed, additional time needed to recreate product information, and more chances of error

24 Convert to PMI Capabilities Convert to PMI command from Drafting converts piece part or assembly drawings to PMI Each drawing view is created as a corresponding PMI Model View Most drafting annotation objects can be converted to PMI (e.g. title block, drawing borders and tabular notes are unsupported) Drafting settings are preserved in the PMI Model View (e.g. layers, cross hatching, fore/background rendering, hidden components) Converting drawings to PMI via batch is supported A report will be available to document the results of the Drawing conversion Customer benefit Supports company Model Based Definition initiatives Page 24

25 NX Design Key Investments Accurately represent what is real and simulate what is possible Generative Design with Convergent Modeling Design efficiency MBD / MBE ECAD / MCAD integration Page 25

26 Page 26

27 An embedded solution P2 Oct 2017 P3 Jun 2018 Page 27

28 Page 28

29 Application Mechanical Logical Electrical Page 29

30 Page 30

31 Summary the Vision Comes to Life Digitalization The Digital Enterprise Software Suite The Language of Products MAINTENANCE PERFORMANCE REASONING Rethinking every phase of the Digital Enterprise Driving continuous business transformation Gaining insight from data Page 31