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Lab 6 help document

1. Rollers Roller Guide Isometric view Scale 1 10 Conveyer Table H ONAN DEMIREL SIZEUNITS DWG NO EEE TOPE 02728707 Cooling Drum Cooling Case Isometric View H ONAN DEMIREL SIZEUNITS DWG NO 2 REBATE 02788707 Numerical Control Outlet H ONAN DEMIREL ISIZEJUNITS DWG NO ARA SERE OTE Numerical Extruder Control H ONAN DEMIREL SIZEUNITS DWG NO EEE 02728707 Loading Table Isometric view Scale 1 10 H ONAN DEMIREL SIZEUNITS DWG NO AE TOPE 02728707 MaterialBin H ONAN DEMIREL SIZEUNITS DWG NO f p RET TOPE 02728707 H ONAN DEMIREL SIZEUNITS DWG NO A pp LE AE TOPE 02728707 TableBin H ONAN DEMIREL SIZEUNITS DWG NO 2 PRET TOPE 02728707 EJ Start File Edit View Insert Tools Analyze Window Help Parti Extruder oS 1 Cooling Drum dd 2 Cutter an 5 Conveyer LM Loading Table T 7 Skid A 8 Table Bin A 9 Material Bin LM 10 Bucket M5 10 10 1 A 2 Constraints E annotation Set 1 Applications onveyer Bucket 24 Nees AA Y JA y xtruder an E 2 MS BLOF Larae O a DEE Selects an area
2. Table 1 Task Work Elements NIOSH Lifting Analysis Task Entry Reports Analysis Summary Human human p Task Input Units 1 Task Number 101 Dist em 3 Janole fdea 3 Mass ks Description Squat Lifting Posture Frequency Coupling 5 Maximum Load W 24 245 Average Load Lift Origin Use Posture 10 Asymmetry 0 378 H 60 582 r Lift Destination Use Posture V 101 497 H 37 530 Asymmetry 4 831 f Significant control required at destination 77 248 Computed Vertical Lift Distance NIOSH Lifting Analysis Task Enty Reports Analysis Summary Human human Task Input Units 1 Task Number 101 Distfom 3 Angle des 3 mass ko 3 Description Squat Lifting Posture Frequency Coupling T Job consists of non continous work cycle heavy work alternating with rest periods Lift rate in the 15 min cycle lifts min 3 p Work Schedule Uninterrupted work time hrs 3 Recovery Time hrs 05 Ex sitting at desk light assembly Derived work time ratio 0167 Derived work duration rating iong Task List Task Description 1 Squat Lifting Fig 1 step 1 Task Entry Reports Analysis Summary l Human human ah Task Input Units Task Number 101 Dist em amp JAnd e des T Mase ks z Description Squat Lifting Posture Frequency Coupl
3. CO al suroj a 4 00 R mA f An Al 3 m Bus a Vincent G Duffy Jacqueline A Sutherland and H Onan Demirel 22 Project and Lab Manual JACK Exercise Metabolic Energy Expenditure Manual pg 133 141 Task A male worker directly created by Human Toolbar pg 35 is assigned to work on a simple lifting and carrying task Refer to below figures and take a look at the input parameters to setup your Metabolic Energy Expenditure task entry For the purpose of this lab please follow the given input values How to setup NIOSH analysis Please check page 133 at UGS Tecnomatix Jack 5 0 User Manual and Examples Steps Movement Type Position 1 Lift Sguat 2 Carry Arms at side 3 Push Bench Height Table 1 Task Work Elements Metabolic Energy Expenditure x Task Entry Reports Analysis Summary Human Attributes Duration Posturel2 Units Fil From Human Cyclefmin 2 stendng ss Dist human a Work Time 1 0 hour 3 Sting o 1 Mass la Weight 77 630 Am Wok Bet 5 Y male female BodyWak 50 Task Create Edit Category lits Del squat y Task Number 1 Task Description squat ift Lowest Position ps Highest Position 7 Load b Frequency cycle 10 Fig 1 step 1 Metabolic Energy Expenditure Task Enty Reports Analysis Summary Human Attributes 1 p Duration Posture 2 Units Fill From Human Cycle min 2 vend Dist meters
4. F2 Geometry Overview fee Named views Render Style Nayigation Mode Lighti m Lighting EE Depth Effect E Ground Q Magnifier Hide Show Full Screen IE 486 Vincent G Duffy Jacqueline A Sutherland and H Onan Demirel 8 Project and Lab Manual How to Change Object Dimensions in CATIA 1 Open the assembly product file Assembly Workstations No Manikin See handout Catia Workstation Instructions Ni 3 3 a gt a 2 The file is running on CATIA Assembly Design 3 Move your mouse in 3D and pass through the object you want to change its dimension Notice when you move your mouse a hand icon appears whenever you pass through an object At the same time the name of the object is highlighted on the history tree When you pass trough the Loading Table the component name is highlighted in the history tree IE 486 Vincent G Duffy Jacqueline A Sutherland and H Onan Demirel Project and Lab Manual 4 Now let s change the dimension height of the Loading table a Expand the Loading Table history tree by clicking the plus icon next to the highlighted component name This is first expansion we are moving into first parametric assembly relation Notice a component with name 6 appears This signifies Loading Table is the 6 assembly component in the assembly product aceon i 14 ja b Expand the Loading Table history tree once mor
5. Jack on ITAP computers Appendix A2 gt Login Jack off campus Appendix A4 2 How to Open a Jack Environment File Appendix A9 Below figures show some frequently used toolbars For additional help please check appropriate sections at UGS Tecnomatix Jack 5 0 User Manual and Examples Pan is used to move the viewpoint around the part Rotate is used to revolve viewpoint location from either left to right or up or down or around the part You can analyze the visualization combinations of both You can think pan as rotation on the part in details by dynamically rotating the in 2D plane viewpoint around the part Zoom you can zoom in out to the part by dragging the mouse cursor on the screen while keep holding the right button File Edit View Human Object Utilities And File Edit View Human Object Utilities And _ san sel 4 a Session Log Viewer View Save Current Scen Contro Open File to Read into the alysis Modules Help Zoom View Environment A l 2 to Cursor Display of Object i Huan Hierarchy ale Scalins Create Female Human Control Panel IE 486 Vincent G Duffy Jacqueline A Sutherland and H Onan Demirel 20 Project and Lab Manual How to Run Jack Workstation File 1 Login to Jack software see Jack Manual Appendix A2 A6 a How to Login Jack on ITAP computers b How to Login Jack from off campus computers 2 After you launch Jack a File gt Import
6. b Select Jack file Assembly_Workstations_No_Manikin wrl you ve downloaded from webct M o 44 20 Fer suo reza 2 00 Hie e Sense Coghun Fach roban orv Jack_wodiststonseg2 pas Jack_votkstationseg24 pos Jack _voodkstatcnvomg20 pas Jack moi stsensegl gris Jack motkstatonvegi ges Es 3 Now we need to input some coordinate values to import the wrl file to Jack RML 1 0 2 0 import options Selected File Jop Assembly_Workstations_N o_Manikin wil General Advanced Optimize Save Options Base Name B A Jack Type C Psurf Figure Environment Use Name Output Lines f Output Points E Scale Options Use IGES it AutoSca F Scale Factor 100 0 Unit Scale From EE Transform Translation X 2 0 Scale Factor Transform Translation y 0 6 EEE Rotation X 90 0 ea 4 eye re aan C Noe ex Oy CZ B Translate Save ptions Defaults Dismiss IE 486 Vincent G Duffy Jacqueline A Sutherland and H Onan Demirel 21 Project and Lab Manual 4 IE 486 After you input coordinate values click Translate You will notice that a pop up window appears This window shows the translation process You should see the SUCCESS note at the end of the translation process Basically your 3D solid CAD model is translated into segments and surfaces It is no more a parametric model it is translated into a surface geometry model
7. click on the Loading Table Part Height extrusion pad icon You will notice the CATIA Assembly Design module changes to Part Design module Note We are in Part Design module of CATIA Take a look the icon bar on right These icons represent Part Design operation tools Again don t worry about the functionality of those icons we are only interested in to see which CATIA module we are in IE 486 Vincent G Duffy Jacqueline A Sutherland and H Onan Demirel 12 Project and Lab Manual e Now double click on the Loading Table Height on history tree and a Pad Definition dialog box will pop up You can change the length of the Loading Table by modifying the Length value in Pad Definition window Please try not to modify input values besides Length value Any change in other parameter values may corrupt the CAD model Note The small arrow button shows the direction of change e Change the Length value I used 2m and click OK You can also click Preview button to see the changes before they are activated IE 486 Vincent G Duffy Jacqueline A Sutherland and H Onan Demirel 13 Project and Lab Manual How to Orient Objects in CATIA Once you change the dimensions in CATIA you should observe that the objects are not sitting in the same plane level no more We need to fix the orientation of the objects respect to the floor level plane in order to keep the realistic view and accuracy of the CAD model In order to orient the obje
8. of the workbenches in CATIA are specially configured for ship design aerospace sheet metal design A Class surface design Finite Element Analysis FEM ergonomic design and analysis etc CATIA helps engineers by integrating all engineering design and analysis tools under a single software package This unique integration brings the advantages of data management consistency in information flow savings in time and money rapid product development strategies user productivity enhanced photorealistic visualization etc NASA s Space Shuttle program The Boeing Company Airbus US Navy BMW Mercedes Audi Toyota Ford etc integrated to CATIA and took a new step towards digital design manufacturing production and marketing Purdue is also one of the pioneer engineering schools in the world which uses this software campus wide Die in m mm De bus zum m gt E wR mW 4 of e ja a7 je sa 1 a DE a qu x Y y yw 2 es i Ls ET AATI SRSECCTSSESS LS gt aas EMO BAS MEFSALLBOSEZ pa 50 eo Naj 2 a I Barr ta sise ATOT Human Centered Design Development of F 1 Race Car By Vincent G Duffy and H Onan Demirel IE 486 Vincent G Duffy Jacqueline A Sutherland and H Onan Demirel 1 Project and Lab Manual JACK Digital Human Modeling DHM facilitates design by reducing the need for prototypes and can be defined as A digital representation of the human in
9. Lab 6 and Semester Project Manual IE 486 04 06 2007 Vincent G Duffy Jacqueline A Sutherland H Onan Demirel Table of Contents CATIA V5R16 and UGS Tecnomatix Jack CATIA usa ebene 1 JACK 2 Integration of CATIA and Jack 565 pi 3 How to Run CATIA Workstation File ppp 4 How 10 Open CATIA en sense en 5 How to Navigate in CATIA 2 2a a I 7 How to Change Object Dimensions in CATIA sn n nennen 9 How to Orient Objects in CATIA 2 2 ac EUER II Ri 14 O A AA RM et ee Are Le nr ANUEIT eu ce 20 How to Run Jack Workstation File 21 Jack Exercise Metabolic Energy Expenditure zi i ainiai ki a ea ia 23 DOS Hii aes ors rus an iais else panes ale o ja a ne M i wae 24 File Transfer Procedure between CATIA and JacK ppp 25 ADDED sa E LAS 26 Supplementary Information for Mechanical Part Drafts Assembly Components Screen Shots CATIA V5R16 and UGS Tecnomatix Jack 5 0 CATIA Computer Aided Three dimensional Interactive Application CATIA is the most powerful multi platform CAD CAM CAE PLM software package of its kind in the world It was created by the consortium of Dessaults System of France and IBM of United States CATIA works like an integrated digital factory by its own You can start with a 2D sketch of the product digitally create a full 3D prototype manufacture it through Numerical Control NC workbench and manage the development and marketing of this product by using Product Lifecycle Management PLM utilities Some
10. S Jack software Similarly we will use state of art multi platform engineering software CATIA to create modify our CAD models This approach gives us a chance to understand the human centered design and ergonomics in engineering design Modern engineering design and analysis tools focus on the development of macro micro scale advance products and systems Nowadays products and systems are becoming more human centered The human centered design philosophy requires engineers to collaborate object oriented design efforts with physical and cognitive aspects of the human This allows engineers to design human and environment friendly efficient products which give the true value to the users human Imagine a race car with the best engine material and aerodynamics configuration but lack of human safety and usability So as an engineer you don t want to be part of this 200 mile hr racing coffin project Therefore human machine integrated digital design and analysis tools ex CATIA and Jack and the human centered design philosophy give advantage of replicating reality before anything catastrophic happens Even though our current workstation model may look simple but in reality there is much to learn from it IE 486 Vincent G Duffy Jacqueline A Sutherland and H Onan Demirel 3 Project and Lab Manual How to Run CATIA Workstation File File Management Please pay special attention while storing managing files in CATIA When you create an
11. aj human Woktine Toren 3 sti fo Weight 77 690 AimWork EJ oe E male C female BodyWork s0 r Task Create Edit Categoyfcares 4 Detafamtengihat ses y Task Number 2 Task Description carry arm at sides Tine nin oa Sop Doo Distance 5 Frequency cycle 10 Load 5 y Mass ko Fig 2 step 2 x Task Entry Reports Analysis Summary Human Attributes Duration Fill From Human Cyelefmin 2 Posture Units standing js Dist meters human Al Work Time lt 1 0 hour l Sitting jo Mass ke il Weight 77 690 AmWork 50 2 Bent E rin male C female Body Work so Task Create Edit Category pushes pulls pei bench height 0 8 m y Task Number 3 Task Description push bench height Force 80 Frequency cycle 10 Distance 05 Fig 3 step 3 IE 486 Vincent G Duffy Jacqueline A Sutherland and H Onan Demirel 23 Project and Lab Manual NIOSH Manual pg 142 149 Task A male worker directly created by Human Toolbar pg 35 is assigned to work on a simple lifting task Refer to below figures and take a look at the input parameters to setup your NIOSH analysis For the purpose of this lab please follow the given input values How to setup NIOSH analysis Please check page 142 at UGS Tecnomatix Jack 5 0 User Manual and Examples Steps Movement Type Position 1 Lift Squat 2 Carry Arms at side
12. assembly product CATIA automatically assigns a parametric relation to each component in the assembly Parametric modeling tools use dimension equations and constraints to define geometry in 3D space This gives the advantage of simultaneous part update When you make a change in any assembly component you don t need to modify your assembly product CATIA automatically updates the assembly product CATIA also keeps the history of each construction modification actions you ve made on your model This gives you the flexibility of changing parameters quickly In low end CAD applications you can t modify your original geometry once you changed it The parametric modeling saves time and money speeds up the design analysis phase and keeps models consistent In order to maintain the consistency of the parametric dimensions equations and constraints you need to keep your source files and assembly file together in a pre defined folder Also don t change the file names just save them as they are There is a way to keep files in different locations and freely move them However this needs advance training and it goes beyond the scope of this class When you download CATIA files from webct keep them in the same folder You need all 9 files shown below After downloading all files you can work with the assembly product Source Files Type Assembly Components 1 Conveyer CAD CATIA Par
13. ct appear in our analysis It s a quick and simple visual aid used by designers Of course in this powerful software there is a way to parametrically fix the object level plane However this needs previous training and complex at this moment We will use the Ground tool as a visual aid in our workstation design Go View gt Ground and virtual ground will appear on your screen a gt a CCE TENTE Arak 88 DS 4 amp U MP ESO TAS PAG OBE a s40 0 884 al girls ZU KN KEY HeeRTVSReTE IE 486 Vincent G Duffy Jacqueline A Sutherland and H Onan Demirel 15 Project and Lab Manual 3 Now we have the visual floor to fix the objects in a standard plane level However the elevation of the floor and the objects are not leveled We need to attach the floor to the original object level plane a Select the front view from Isometric SN View toolbar Now the digital ground appears as a thin line Because you are looking to the screen in front view b When locate your mouse on the on line a hand tool appears Left click on the mouse hold the mouse button and try to move the mouse until you reach the original object level plane c Try to match original object elevation and the virtual ground Since this is a visual aid tool it might not be the accurate way of matching floors Try to use your institutive thinking and visual sense to get the best match d When you rotate the ob
14. cts in space we will use the CATIA s Assembly Design Manipulation tool 1 Remember we changed the dimension length of the Loading Table by using Pad Window We were in the Part Modeling module of the CATIA In order to orient the object we need to go back to Assembly Design module after we confirm dimension changes Part Modeling lt gt Assembly Design a Your CATIA screen after you made E the dimension change should look Lions similar to figure a b Go File gt Save E c Click Yes CATIA should automatically close the current screen Otherwise manually close your screen after you saved it d Go back to the folder directory that you keep your CATIA Workstation _ files q e Double click on assembly product E Catia_Workstations_No_Manikin You should observe that the gt updated part is ready for use in M Assembly Design module now That s how we switch between Assembly and Product design modules 23528803 so e 254 ARORSSHR TI K oh cue B ACHepee B32399H9DS E SE BE AEH AREUIVNVATO K ELA r aus a ee asop AOS OIR 4 594 Fun vat urn ara mak ramas an nonan um m IE 486 Vincent G Duffy Jacqueline A Sutherland and H Onan Demirel 14 Project and Lab Manual 2 Before manipulating the object locations we need to create a virtual ground floor to fix the objects in a predefined location This virtual floor will not affe
15. e by clicking the plus icon next to the highlighted component name 6 This is the second expansion we are moving into second parametric assembly relation which guides us to the Mechanical Part Design IE 486 Vincent G Duffy Jacgueline A Sutherland and H Onan Demirel 10 Project and Lab Manual IE 486 c Once more expand the Loading Table history tree by clicking the plus icon next to the highlighted component name PartBody This is the last expansion we are in Mechanical Part Model Every component inside PartBody represents special mechanical solid modeling operations CAD modeling software has special construction methodologies where a 2D geometry can be extruded drilled grooved etc For the objective of this class just try to remember you can only change dimensions once you move into PartBody once you expand your history tree until Part Body Note We are in Assembly Design module of CATIA Take a look at the icon bar on right These icons represent Assembly Design operation tools Don t worry about the functionality of those icons we are only interested in to see which CATIA module we are in k Vincent G Duffy Jacqueline A Sutherland and H Onan Demirel 11 Project and Lab Manual D A b B wal BE EI Mi 4x lt d Now we are almost ready to change the dimension of the object First we need change CATIA Assembly Design module to Part Design module Double
16. g Report Human Figure Posture Details Combe ming based am Poner 1995 Ange Right Human Centered Design F 1 Driver Comfort Analysis By Vincent G Duffy and H Onan Demirel IE 486 Vincent G Duffy Jacqueline A Sutherland and H Onan Demirel 2 Project and Lab Manual Integration of CATIA and Jack The file transfer protocol between CATIA and Jack gives the flexibility of exchanging files Therefore we can integrate two powerful softwares and combine their power to take a further step in design and analysis of advance products and systems You can export your CAD model from CATIA without losing its surface geometry quality However none of the file protocols in CATIA and Jack are capable to keep the complete mechanical and parametric integrity of advance digital CAD models Basically you can t export the history tree applied materials and solid integrity of CATIA products to Jack Some of 3 party software can achieve this dual way transfer process but they are not efficient and not cost effective There are many research projects and special software developments are focused on dual way embedded file transfer protocols Besides this drawback current file transfer protocols are still beneficial and they save significant time effort in engineering design and analysis In IE486 we are trying to get benefit from two special softwares We will work on Human Performance Analysis and Digital Human Modeling topics by using UG
17. ing 1 Object Type Container C Loose Object Container Size Optimal Poor Container Container Grasping Optimal e gt Optimal SOdeg Handles Handholds cutouts fingers Derived hand coupling rating good Add Task List Task Description Avg Max Load Load 1 Squat Lifting 5 10 Include Exclude Save Tasks Load Tasks Renumber Edit Delete Fig 3 step 3 IE 486 Task List Task Description 1 Squat Lifting Include E xclude Save Tasks Load Tasks Renumber Edit Delete Vincent G Duffy Jacqueline A Sutherland and H Onan Demirel Fig 2 step 2 24 Project and Lab Manual File Transfer Procedure between CATIA and Jack 1 When you change modify your parts in CATIA you may export the files to Jack by saving as wrl extension x e k ES d gt 5 E a la ES amp x y E dE Y t ODAK see sr X MN 4455 ARCAS 2 Now we can open the file we saved with wrl in Jack by using Import option Please check How to run Jack Workstation file IE 486 Vincent G Duffy Jacqueline A Sutherland and H Onan Demirel 23 Project and Lab Manual IE 486 Appendix Supplementary Information gt Mechanical Part Drafts gt Assembly Components gt Screen shots Vincent G Duffy Jacqueline A Sutherland and H Onan Demirel Project and Lab Manual 26
18. ject you should see that the ground level elevation is matching with the original object plane and The Loading Table is partially divided by the virtual ground TTT TT ec sH As 4579 ARCUDY _ MORIN EES A Dar ZE BA Er BE q Y CAT EV ARM y E L LA ER BE 4504 NER WE DAA JODA 4 2 69 BASE NEFSA RIADA 2594 09955 ER oa a CA REAL unida to ARE 2284 6 ass dal IE 486 Vincent G Duffy Jacqueline A Sutherland and H Onan Demirel 16 Project and Lab Manual 4 Next we will shift the elevation of Loading Table and try to fix it to the virtual ground level We will use the Manipulation tool of the CATIA s Assembly Design module When you click the Manipulation tool Manipulation window appears as shown below MEYYYYYY Y He amp gt gt E3 gt 8 gt TISETIIIIIIITIT PV E sx IE 486 Vincent G Duffy Jacqueline A Sutherland and H Onan Demirel 17 Project and Lab Manual 5 Now let s shift the Loading Table The Manipulation screen is easy to use and it helps users to fix the direction movement in predefined 3D axis plane We click on Z axis notice a small font note appears drag along z axis in the first row of the Manipulation window 6 When you select Z axis go on Loading Table locate your mouse on Loading Table When you move your mouse you will see that the object is highlighted Now click on
19. left button of your mouse hold it and start to move your cursor up You should see that the Loading Table is shifting upwards Keep shifting the Loading Table until you match it with virtual ground plane sl ia 08 he O AR RP 50H AAA AO IE 486 Vincent G Duffy Jacqueline A Sutherland and H Onan Demirel 18 Project and Lab Manual 7 You should see that there is a slight problem in the orientation The Loading Table is at right elevation on virtual ground plane but the skid is just sitting in the middle of the Loading Table We should move the skid to top of the Loading Table We will take the exactly the same actions as we took while moving Loading Table select Manipulation select Z axis shift the skid up to Loading Table surface je 1e De bee D Du mm m EFILTTEEFTISFIIIITILIITT EN SER EX m 4550 HPPA Ve ee ABGB 2 2 69 8404 7i944485045 O 0 3915 pauz STR AMES ESTA E 3 594 0 0 393 5 8 We fixed the elevation of the objects You may either keep the virtual ground or turn it off from View menu After you have finished the changes click OK on Manipulation window And you can save your files by File gt Save cM m 4x Ee AIRE LONA OMT NE ee r BITTE 2 32 69 AE SATA 8594 803915 4 Dana _ 9 9 O MAIL 454955589988 35446039953 IE 486 Vincent G Duffy Jacqueline A Sutherland and H Onan Demirel 19 Project and Lab Manual How to Open Jack 1 How to Login Jack gt Login
20. n m Demirel Hasan HW3 m Demirel Hasan HW4 spsspp 7 Microsoft Office m HyperCam 2 m agriculture m alps m consumer and Family sciences IM education m engineering I health sciences IA liberal arts m management las not classified E nursing m pharmacy and pharmacal sciences A rote m Science fa Technology m veterinary medicine A ma 3 IronCAD 8 0 M cpt gt E Factory 9 m ES met gt CATIA Help Files a ols gt Es fmm cat gt CatiaySr16 coo Mi Te Vincent G Duffy Jacqueline A Sutherland and H Onan Demirel Project and Lab Manual 5 You should see this screen when CATIA launches ERICA O Da AA 6 Now go to File and Open the assembly product file you ve saved in your computer Assembly_Workstation_No_Manikin 5 Im te h ym pen Dos inie eo f Il Se see J mem e L 4 L D m m o BN CSS ex 108 Du i RD BEBE whee zur BE A Sage aos ii IE 486 Vincent G Duffy Jacqueline A Sutherland and H Onan Demirel Project and Lab Manual How to Navigate m CATIA Learning any type of CAD modeling software starts with fully understanding the navigation tools These tools help you to orient your computer screen in 2D and 3D 1 Below figures will help you to understand how to navigate in CATIA by using 3 button mouse The key is pro
21. perly holding the middle button or scroll wheel If you are a first time CAD user this may take some time for you to get familiar with the mouse Once you feel comfortable of using the mouse you ll speed up your navigation on CATIA rapidly 3D Rotation Pan Hold the scroll wheel and the Hold the scroll wheel Simultaneously tight mouse button move your mouse to tight and left Simultaneously move your mouse in free flying mode A circular global navigation bubble should appear 3D Rotation Hold the scroll wheel and the left mouse button Simultaneously move your Zoom in Zoom Out mouse free flying mode A circular global navigation Hold the scroll wheel Just click once bubble should appear to tight left mouse button and release it After that move your mouse in forward and backwards This wall make you to automatically zoom the CATIA screen IE 486 Vincent G Duffy Jacqueline A Sutherland and H Onan Demirel 7 Project and Lab Manual 2 You can also orient your screen by using Isometric View toolbar This will automatically orient the CATIA screen by using pre determined views This tool includes Isometric Front Back Right Left Bottom Top views of the objects in the CATIA screen 3 a P ES b kd 3 Alternatively you can use the icons in View menu and manually navigate rotate CATIA screen Specifications F3 Reset Compass Tree Expansion Specifications Overview Shift
22. serted into a simulation or virtual environment to facilitate prediction of safety and or performance It includes visualizations and the math amp science in the background Sundin 2006 DHM applications have potential to enable engineers to incorporate ergonomics amp human factors engineering principles earlier in the design process Duffy 2004 Chaffin 2005 It also provides real cost savings to the industry 8 8 Million avoided in injury costs Brazier et al 2003 Digital Human Modeling helps organizations to design safer and efficient products while optimizing the productivity and cost DHM applications help engineers to improve ergonomics and human factors in design and product development Traditionally DHM applications have been utilized by manufacturing and design industry However technological developments and advancement in the computer applications expands the application areas of DHM Simulation tools help engineers and scientists to replicate the operation of complex systems by using computer software Advance computer integration in engineering is necessary for understanding the complex systems ranging from building jet engines to simulation of earthquake shocks A highly complex system human body is investigated and analyzed by Digital Human Simulation software UGS Tecnomatix Jack 5 0 software makes this integration possible and provides solution for complex engineering design and analysis problems Occupant Packagin
23. t 2 Cooler Drum CAD CATIA Part 3 Cutter CAD CATIA Part 4 Extruder CAD CATIA Part 5 Loading_Table_CAD CATIA Part 6 MaterialBin_CAD CATIA Part 7 Skid_CAD CATIA Part 8 TableBin_CAD CATIA Part Assembly Files Type Assembly Product 9 Assembly_Workstation_No_Manikin CATIA Product IE 486 Vincent G Duffy Jacqueline A Sutherland and H Onan Demirel 4 Project and Lab Manual How to Open CATIA 1 2 3 4 IE 486 Go to webct find the Catia Workstation folder under IE486 class link Create a new folder in your computer in my documents desktop etc Download all the files from Catia Workstation folder to the new folder you ve just created Run Catia on ITAP PC Course software gt Technology gt cgt gt Catiav5r16 Be patient when Catia is launching it may take up to 2 3 minutes When you see the screen 3 below click close and wait to Catia logo appears Catia should be running after 30 sec m Internet Internet Explorer er E mail E Microsoft Office Out 9 Logout m Microsoft Office Worl p Notepad Microsoft Office Exed 3 Calculator Microsoft Office Pow 2003 a Adobe Photoshop CS All Programs D EX Command Prompt L Windows Explorer Report a TLT Lab Issue amp Q_USB Admin Rights Repair Utility m Accessories fan Course Software I Standard Software m Startup E desktop ini Internet Explorer windows Media Player cams m PuritySca

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