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Computer-Aided-Design :fuYl diailt JJi.Computer-Aided-Manufactu re : srt3.tl d.aill JJii.
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1. CAD definition and benefits.2. Principals of computer graphics.3. Transfer from drawing coordinate to screen coordinates.4. Transformation (2D & 3D).5. Surface generation.6. Modeling method.7. Engineering analysis (FEA).8. CAM definition, Metal-cutting machine.9. cNC definition, objectives, constructions and classifications.10. CNC structure programming.ll.Introduction to DNC and GNC.12. FMs definition, benefits, advantages, disadvantages and levels.13. CIM system, components and applications.14. Automatically Programmed Tool
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irltll,*#.,-rES '>:HYI. CAD/CAM,2OO5.2. HAAS AUTOMATION, INC.3. Michael Stephens, 2007.4. CNC - Simulator Programmer,s Guide for Milli
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Definition proouct OE[r!.oEGIni i
Principats of computei gra[hiE[D
Spring system (Group 1)
Geometric Transformation @DE3D)Itranslation, scaling and rotation.
Spring system (Group 3)
Mass with spring system (Group I )Mass with spring system (Group 2 )
Mass with spring system (Group J )
Beam and Bar systems (Group l)Beam and Bar systems (Group 2)
Beam and Bar systems (Group 3)
Truss system (Group l)
Truss system (Group 2) Geometric wtoOeiing metfroO: BREp
Introduction to SURFCaMFac[aF NC & CNC definition, objecffiIntroduction to SUnfCnnl faffigi
CNC structure programming.
Introduction to G-code (Group l)
Introduction to G-code (Group 2)
Introduction to G-code (Group 3)
Linear Interpolation (Group l)Programing CNC machin- usin['E
code/ cutter bath comnensetinnPrograming CNc;achine usficode / subroutines and subnrosrg
SURFCAM Package Circular Interpolation (Group l)SURFCAM Package Circular Interpolation (Group 2)
Circular Interpolation (Group 3)
Introduction to CNC mactrine in ttre
SURFCAM Package Examples of using g-code on CNC Automatically Programmed fool
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Republic of Iraq
The Ministry of Higher
Education
& Scientific Research
p*J,siJI,#lligqp ll ril' ,t $ flgS ld{er?"lsi(},$, !dk*:!ea &n$*t&riwf(*
University:University of TechnologyCollegez lllDepartment:Control and SystemsDep.Lecturer name:Shaymaa M. MahdiAcademic Status:LectureQualification:M.Sc.Place of work University of Technology
Flow up of implementation syllabus play
Course Instructor Shaymaa Mahmood MahdiE_mail shfmhmhy0yahoo. com
Title Computer-Aided-Design / Computer-Aided-Manufacture tCAD/CAMI
Course Coordinator lst term Coordinator: Computer-Aided-Design-2nd term Coordinator :Computer-Aided-Manufacture
Course ObjectiveThe aims to provide students with an un@technologies and tools, which play a significant role in design andmanufacturing of engineering components. To enable students todevelop the knowledge of the whole concept from 3D Solidgeometry modelling using reserve engineering methods to thecomputer numerical control (cNC) machine data preparation andsimulation.
Course Description1. CAD definition and benefits.2. Principals of computer graphics.3. Transfer from drawing coordinate to screen coordinates.4. Transformation (2D & 3D).5. Surface generation.6. Modeling method.7. Engineering analysis (FEA).8. CAM definition, Metal-cutting machine.9. CNC definition, objectives, constructions and classifications.10. CNC structure programming.11. Introduction to DNC and GNC.12. FMS definition, benefits, advantages, disadvantages and levels13. CIM system, components and applications.14. Automatically Proqrammed Tool Lansuase (ApD.
TextbookThere is no textbook for students
ReferencesI. CADiCAM,2OO5.2. HAAS AUTOMATION, INC.3. Michael Stephens, 2007.4. CNC - Simulator Programmer's Guide for Milline.
Course AssessmentTerm Tests Laboratorv Quuzes Proiect FinalExam
Itt term2nd term
CAD 17
CAM 17
[As (10%)& As (s%)l
*2
70%
General Notes The laboratory degree doesn't account with the course degree
Republic of [raq
The Ministry of Higher
Education
& Scientific Research
University:University of TechnologyCollege: lllDepartment:Control and SystemsDep.Lecturer name:Shaymaa M. MahdiAcademic Status:LectureQualification:M.Sc.Place of work University of Technology
Course weeklv Outlinu eweek Date Topics Covered Lab. Experiment
Assignments NotesI Delinition product design process and its steps ANSYS Package ANSYS Package2 CAD de{inition and benefits. ANSYS Packase ANSYS Package3 Principals ofcomputer graphics (2D & 3D). ANSYS Package ANSYS Package4 Windowing and viewing transformations ANSYS Package ANSYS Package
f, urrrcfr rr r I aflslurlllafton \zD & JD),translation, scaling and rotation. ANSYS Package ANSYS Package
6 Geometric Transformation: .otation aboiiliiiand refluction ANSYS Package ANSYS Package
7 Tutorials ANSYS Package ANSYS Package8 quiz ANSYS Packase ANSYS Package
I Engineering analysis @El,;:spring sysEilinO -bar svstem, ANSYS Package ANSYS Package
10 Engineering analysis (FEA):truss system. ANSYS Packase ANSYS Package11 Tutorials ANSYS Package ANSYS Package12 quiz ANSYS Package ANSYS Package
l3 rvruuEuuB ltrc[noo: wtrelrame alldsurface modelins. ANSYS Package ANSYS Package
t4 Geometric Modeling method: BREp and CSG. ANSYS Package ANSYS Package15 Tutorials ANSYS Package ANSYS Package16 lst term exam ANSYS Package ANSYS Package
Half-vear 'eak17 CAM defi nition, Metal-cutting machine. Introduction to sUnFCaMTaikaE
(Groun l) SURICAM Packagel8 NC & CNC definition, on;ictive[ constrrcfions
and classifications.Introduction to SUnf CAttfTacEE
(Group 2) SURFCAM Package19 CNC structure programming. Introduction to SUnfCanf facl.uge
(Groun 3) SURFCAM Package20 Introduction to NC & CNC programing Introduction to G-code (Group l) SURFCAM Package2t Programing CNC machine using G-code Introduction to G-code (Group 2) SURFCAM Package22 Programing CNC machine using G-code Introduction to G-code (Group 3) SURFCAM Package23 Tutorials Linear Interpolation (Group l) SURFCAM Package24 Programing CNC ma-trinC usin[E<oOU cutte.
bath comoensation Linear Interpolation (Group 2) SURFCAM Package25 Programing CNC mactrinCusinlTi6oi7
subroutines and subprosrams Linear Interpolation (Group 3) SURI'CAM Package26 Tutorials Circular Interpolation (Group l) SURFCAM Package27 Exam Circular Interpolation (Group 2) SURFCAM Package28 FMS delinition, benefi ts, advantagei,
disadvantages and levels. Circular Interpolation (Group 3) SURFCAM Package29 CIM system , components and applications. Introduction to CNC machine in the
lathe workshoo SURI'CAM Package
30 Automatically Programmed Toot ianguage(APT).
Examples of using g-code on CNCmachine in the lathe workshoo SURFCAM Package
31 2nd term exam Examples of using g-code on CNCmachine in the lathe workshon SURFCAM Pa$age
32 Final exam Exam SURFCAM Y{/*ageDean Signature:
?r.AzoJ P.
r\Drr(uuIUR signat\*
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