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Integration of MBSE and Virtual Engineering for Detailed Design Presented by: Akshay Kande Advisor: Dr. Steven Corns Missouri University of Science & Technology.

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Presentation on theme: "Integration of MBSE and Virtual Engineering for Detailed Design Presented by: Akshay Kande Advisor: Dr. Steven Corns Missouri University of Science & Technology."— Presentation transcript:

1 Integration of MBSE and Virtual Engineering for Detailed Design Presented by: Akshay Kande Advisor: Dr. Steven Corns Missouri University of Science & Technology

2 Towards Creating an Integrated Development Environment for Engineering Systems Complexity Systems Engineering Model Based Systems Engineering Virtual Engineering

3 Objectives Creating a seamless integration of MBSE and detail design tools to – Manage complexity – Help engineers to make informed decisions – Execute engineering models – Understand potential impacts of changing design parameters

4 Complexity A property by which behavior of elements gets interconnected in such a way that changes made no longer have effects limited to the local area. Latin word plexus – interwoven

5 Complexity and Systems Engineering Later was first introduced to satisfy the demands of systems with – increased performance capabilities – reduced cost – Short development time Systems engineering provides a systematic way to manage complex engineering ventures that consists of highly interconnected subsystems

6 Systems Engineering Process Effective management of Information flow remains one of the key drivers to the success of the systems engineering activity Sanford Friedenthal, Alan Moore, Rick Steiner, A Practical Guide to SysML: The Systems Modeling Language, Morgan Kaufmann Publishers Inc., San Francisco, CA, 2008.

7 Traditional Approach Requirements System Functions System Design Document Centric Method …….

8 Drawbacks Large collection of individual documents Difficulty in maintaining consistency Extraction of relevant information becomes cumbersome Difficulty to maintain the most updated document

9 Model Based Systems Engineering INCOSE defines MBSE as, Formalized application of modeling to support system requirements, design, analysis, verification, and validation activities beginning in the conceptual design phase and continuing throughout the development and later life cycle phases.

10 Model Based Systems Engineering In MBSE, models are used to represent Structural Operational Behavioral characteristics of the system being developed

11 MBSE (Contd.) Typical MBSE environment consists of following elements – Modeling Language – Modeling Tool

12 Systems Modeling Language General purpose modeling language Developed by the OMG group Supports model based systems engineering Extension of Unified Modeling Language(UML) Supports design, analysis, verification and validation of systems

13 SysML Diagram Types

14 Systems Modeling Language Limitations – Models lack self execution capability – Dependence on external analysis tools – Lack of executable architecture framework

15 Extending Capabilities Systems Design Process Stakeholder data Systems Engineering Information How do we provide the detailed design & analysis capabilities? How do we enhance decision making? Design & Analysis tools

16 Proposed Solution Virtual Engineering – A means for creating a representation of physical system in a computer generated virtual environment – Gives designers the ability to interrogate a system and observe how it reacts to design changes – Provides an accessible visual format to present information in a manner that is of value to all the stakeholders

17 VE-Suite Open-source virtual engineering software package Developed for engineering analysis and design of complex systems in a virtual environment Provides a highly integrated virtual environment where the results of engineering models such as – CAD, – Finite element analysis, – Computational fluid dynamics can be displayed in a single environment

18 VE-Suite Architecture User Interface Computational unit Graphical engine

19 Virtual Systems Modeling Approach

20 Methodology VE-Suite model structure VE-UIVE-UnitVE-GP VE-Suite Model Structure Composition

21 Methodology (Contd.) Analysis model structure Simulation block Constraint blocks System model Analysis Model Structure in SysML

22 Model Structure Analogy

23 Modeling Methodology Profile is a mechanism to extend capabilities of modeling languages to suit domain requirements

24 Modeling Methodology Simulation block VE-UI Design parameters and time constraints Constraint block VE-Unit Parametric equations System Structure VE-GP CAD model References MBSE Tool The model organization created in the MBSE tool allows the code to be readily available for compilation to create the Plugins for VE-Suite.

25 Example Model Fermentor: Used in the bio-processing industry for producing compounds such as citric acid and ethanol Layout of the Fermentor model

26 Model development in SysML Value properties that depict the quantifiable characteristics of the blocks. These quantities also represent the input and output parameters considered in the experiment.

27 Defining Constraints for Analysis Constraints used for calculating the citric acid concentration defined using SysML construct

28 Analysis Model in SysML

29 Parametric Model Parametric diagram relating structural and simulation properties

30 Adding VE Models Three main VE-Suite Components for fermentor in MBSE environment: – FermentorUI – FermentorUnit – FermentorGP Each VE-Suite module in the MBSE environment is composed of operations specific to the Plugin it has to create

31 Using CAD models Architecture of Computer Aided Design (CAD) models is used to represent the system being developed Part properties of the fermentor system model are referenced with individual CAD files that represent their structure Done using an UML operation to read data from the CAD file using OSG function

32 Fermentor Analysis Model

33 Fermentor Output in VE-Suite

34 Discussion and Closure Use of model based engineering adds modularity, reusability and easy maintainability of design information SysML covers varying aspects of systems engineering activity by providing easy to use graphical constructs A complete model traceability can be maintained using relationship semantics However, lack of self execution capabilities renders it to rely on external analysis tools for detail design

35 Virtual Systems Modeling Approach Potential of SysML to manage information complexity can be used in conjunction with executable detailed design models Enhanced decision making capabilities System performance can be tested for different combination of parameter values Maintain consistency while executing analysis models

36 Future Work The example model defines the creation of a user defined computation unit which is one among the numerous capabilities that VE platform offers. Future work shall be – To use high fidelity models in conjunction with systems engineering data – To streamline the integration process by porting the auto-code generation API into a VE-Suite interface

37 Thank You

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