The Complete Guide to PTC Onshape CAD

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The Complete Guide to PTC Onshape CAD
 
3D Part Modelling
01. Introduction
02. What are 3D models
03. Parametric 3D modelling
04. Features and Parts List
05. Sketch Basics
06. Sketches in More Depth
07. Extrude
08. Revolve
09. EXERCISE 2.1 - Questions Overview
10. EXERCISE 2.1 - Solution for Exercise 2.1a
11. EXERCISE 2.1 - Solution for Exercise 2.1b
12. EXERCISE 2.1 - Solution for Exercise 2.1c
13. EXERCISE 2.1 - Solution for Exercise 2.1d
14. EXERCISE 2.1 - Solution for Exercise 2.1e
15. Sweep
16. Loft
17. Planes
18. EXERCISE 2.2 - Questions Overview
19. EXERCISE 2.2 - Solution for Exercise 2.2a
20. EXERCISE 2.2 - Solution for Exercise 2.2b
21. EXERCISE 2.2 - Solution for Exercise 2.2c
22. Thicken and Enclose
23. Shell, Draft, Rib and Mirror
24. Further Drafting and Split
25. EXERCISE 2.3 - Questions Overview
26. EXERCISE 2.3 - Solution for Exercise 2.3a
27. EXERCISE 2.3 - Solution for Exercise 2.3b
28. EXERCISE 2.3 - Solution for Exercise 2.3c
29. Fillets
30. Chamfers
31. Holes
32. Linear Pattern and Circular Pattern
33. Measure
34. Curve Pattern
35. EXERCISE 2.4 - Questions Overview
36. EXERCISE 2.4 - Solution for Exercise 2.4a
37. EXERCISE 2.4 - Solution for Exercise 2.4b
38. EXERCISE 2.4 - Solution for Exercise 2.4c
39. EXERCISE 2.4 - Solution for Exercise 2.4d
40. Boolean
41. Assigning Materials and Mass Properties
42. PROJECT 2.1 3D Modelling - 'Race car Suspension Front Hub'
43. PROJECT 2.1 3D Modelling - 'Race car Suspension Front Hub' - Solution
 
2D Technical Drawings
01. Introduction
02. What are Technical Drawings and BS 8888
03. Sheet Size, Scale and Border
04. Title Block, Line Work and Letter Work
05. Projections
06. Detail Drawing and Assembly Drawings
07. Creating a Drawing Page
08. Completing the Title Block
09. Inserting a Standard View
10. Inserting Projected Views
11. Inserting Section Views
12. Inserting Detail Views
13. Inserting Auxiliary Views and Cropping Views
14. Breaking Views
15. Broken-out Section Views
16. Inserting Centrelines
17. Adding Dimensions
18. Dimension Precision and Basic Tolerances
19. Inserting Geometric Tolerances
20. Hole Callout
21. Inserting Surface Finish
22. Inserting Weld Symbols
23. Inserting Notes and Tables
24. Inserting Callouts
25. Inserting Holes Tables
26. Creating an Exploded View, and Balloon References and a Bill of Materials Table
27. Inserting DXFs, DWGs and Images
28. Exporting your Technical Drawings (PDF, DXF, DWG and DWT)
29. EXERCISE 5.1 - Questions Overview
30. EXERCISE 5.1 - Solution for 5.1a
31. EXERCISE 5.1 - Solution for 5.1b
32. EXERCISE 5.1 - Solution for 5.1c
33. PROJECT 5.1 2D Technical Drawings - 'Race car Suspension Front Hub'
34. PROJECT 5.1 2D Technical Drawings - 'Race car Suspension Front Hub' - Solution

 

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Airbus A380 SOLIDWORKS: Learn to master surface modelling of A380

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Airbus A380 SOLIDWORKS: Learn to master surface modelling of A380 
 
01. Introduction
02. Setting up the blueprints in Solidworks
03. Fuselage design
04. Empennage section
05. Side belly design
06. Wing design
07. Aircraft engines
08. Engine pylon
09. Fowler flaps
1.1 OnlineWebFonts
10. Winglet design
11. Antennas design
12. Windows design
13. Door design
14. Cockpit glass
15. Control surfaces split line
16. Fuel,baggage split lines
17. Flag split line
18. Wing split line
19. Changing surface colors
20. Engine Appearence
21. Emirates Font
22. Using split lines to sketch the logos and then changing its appearences
23. Under belly design
 

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Design 3D models using PTC CREO Parametric

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Design 3D models using PTC CREO Parametric

1. Introduction to the software
2. Sketch commands and features
3. 3D commands and features
4. 3D edit features
5. Advanced modeling features
6. Modeling

 

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The Complete Guide to PTC Onshape CAD

DIGITAL DELIVERY | INSTANT DOWNLOAD | PRICE: 4.00 USD | SIZE: 2.90 GB | FORMAT: VIDEO | LANGUAGE: ENGLISH
 
 
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Download size: 2.90 GB
 
1. Introduction
2. 3D Part Modelling
3. 2D Technical Drawings

 

IACRB Certified Reverse Engineering Analyst (CREA)

PRICE: 7.00 USD | SIZE: 5.80 GB | FORMAT: VIDEO | LANGUAGE: ENGLISH
 
 
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001_Types_of_Malware_Analysis
002_Basic_Static_Analysis
003_Basic_Dynamic_Analysis
004_Basic_Analysis_Methodology
005_Automated_Malware_Analysis
007_Reverse_Engineering_Definition
008_Machine_Code
009_Assembly_Language
010_System_and_Code_Level_Reversing
011_Legality_of_Reverse_Engineering
013_Assembly_Basics
014_Registers
015_Operands
016_Instructions
017_Arithmetic_Instructions
018_Logical_Instructions
019_Stack_Instructions
020_Conditionals_and_Jump_Instructions
022_IDA_(Interactive_Disassembler)
023_IDA_Alternatives
025_Variables
026_If_Statements
027_Loops
028_Switch_Statements
029_Arrays_Structs_and_Linked_Lists
030_Stacks_and_Heap
032_Windows_API
033_Windows_Registry
034_Network_APIs
035_Processes
036_Threads
037_Services
039_Debugging_Basics
040_Stepping
041_Breakpoints_and_Exceptions
042_Modifying_Execution
043_OllyDbg
044_Debugging_with_Radare2
045_Kernel_Mode_Debugging
046_WinDbg
047_Kernel_Debugging_Example
048_Downloaders_and_Backdoors
049_Credential_Stealers
050_Process_Injection
051_DLL_Injection
052_Direct_Injection
053_Process_Replacement
054_Hook_Injection
055_APC_Injection
056_Registry_Persistence
057_SvchostEXE
058_Trojanized_System_Binaries
059_DLL_Load_Order_Hijacking
060_Goals_of_Network_Analysis
061_Network_Functions
062_IP_Addresses_Protocols_and_Ports
064_Types_of_Rootkits
065_SSDT_Hooking
066_Interrupts
067_User_Mode_Rootkits
069_Anti-Disassembly
070_Detecting_Debuggers
071_Advanced_Anti-Debugging_Techniques
072_VMware_Artifacts
073_Red_Pill_and_No_Pill
074_IO_Communication_Port
075_VMware_Detection_and_Escaping
077_Packed_Executables
078_Analyzing_Packed_Malware
079_Manual_Unpacking
080_Popular_Packers
082_Obfuscation_Definition
083_Simple_Obfuscation_Techniques
084_Advanced_Obfuscation_Techniques
085_Simple_Ciphers_and_Encoding_Schemes
086_Base64
087_Common_Crypto_Algorithms
088_Decoding
089_Ransomware
091_Identifying_C++_Binaries
092_Constructors_and_Destructors
093_RTTI_(Runtime_Type_Information)
094_Structured_Exception_Handling
096_64-bit_Architecture
097_64-bit_Analysis

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AGI MSM – Milling Machine Course 6 Videos Complete

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AGI MSM - Milling Machine Course 1 of 6
AGI MSM - Milling Machine Course 2 of 6
AGI MSM - Milling Machine Course 3 of 6
AGI MSM - Milling Machine Course 4 of 6
AGI MSM - Milling Machine Course 5 of 6
AGI MSM - Milling Machine Course 6 of 6

 

AGI MSL – Lathe Course 4 Videos Complete

DIGITAL DELIVERY | INSTANT DOWNLOAD | PRICE: 3.50 USD | SIZE: 3.30 GB | FORMAT: VIDEO | LANGUAGE: ENGLISH
 
 
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AGI Introductory Lesson
AGI MSL - Lathe Course 1of4
AGI MSL - Lathe Course 2of4
AGI MSL - Lathe Course 3of4
AGI MSL - Lathe Course 4of4

 

Abaqus Cae Masterclass Go From Beginner To Advanced

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Download size: 1.90 GB
 
 
01-what_is_in_this_course_.mkv
02-what_is_in_this_section__(introduction_to_finite_element_analysis).mkv
03-what_is_finite_element_analysis_.mkv
04-fea_the_big_picture.mkv
05-what_kind_of_problem_fea_solve_.mkv
06-the_finite_element_process.mkv
07-inside_the_black_box.mkv
08-basic_terminology_about_fea.mkv
09-additional_terminology_fea.mkv
10-what_could_go_wrong_in_fea_.mkv
11-conclusion_about_fea.mkv
12-what_is_in_this_section__(the_basics_of_interacting_with_abaqus_cae).mkv
13-starting_an_abaqus_cae.mkv
14-components_of_the_main_window.mkv
15-components_of_the_main_menu_bar.mkv
16-components_of_the_toolbars.mkv
17-the_context_bar.mkv
18-components_of_the_viewport.mkv
19-what_is_in_this_section__(creating_and_analyzing_a_model_using_the_abaqus_cae).mkv
20-part_module.mkv
21-property_module.mkv
22-assembly_module.mkv
23-step_module.mkv
24-interaction_module.mkv
25-load_module.mkv
26-mesh_module.mkv
27-optimization_module.mkv
28-job_module.mkv
29-sketch_module.mkv
30-visualization_module.mkv
31-what_is_in_this_section__(lets_start_training_and_practicing).mkv
32-static_analysis_bending_of_3d_beam.mkv
33-dynamic_analysis_1_bending_of_3d_beam.mkv
34-dynamic_analysis_2_material_damping.mkv
35-dynamic_analysis_3_periodic_loads.mkv

 

Engineering Drawings and GD&T, CNC Lathe, CNC Milling

PRICE: 9.00 USD | SIZE: 6.70 GB | FORMAT: VIDEO | LANGUAGE: ENGLISH
 
 
 
I:\ENGNEERING\ED And GD&T\# Engineering_Drawings_and_GD&T\Course Files\
2 - Principle Views.EDRW
2 - Principle Views.EPRT
3 - Folded Box Method.pdf
4 - First And Third Angle Projection.EDRW
4 - First and Third Angle Projection.pdf
5 - Section Views I.EDRW
5 - Section Views I.EPRT
6 - Section Views II.EDRW
6 - Section Views II.EPRT
7 - Section Views III.EDRW
7 - Section Views III.EPRT
8 - Partial View.EDRW
8 - Partial View.EPRT
9 - Auxiliary View.EDRW
9 - Auxiliary View.EPRT
10 - View Orientation.EDRW
10 - View Orientation.EPRT
11 - Views Required 2.EPRT
11 - Views Required 3.EPRT
11 - Views Required.EDRW
12 - Drawing Sheet Layout.EDRW
13 - Drawing Sheet Sizes and Dimensions.pdf
14 - Line Relations.EDRW
15 - Line Types.pdf
16 - Dimensional Terminology.EDRW
16 - Dimensional Terminology.EPRT
20 - Exercise 1.EDRW
20 - Exercise 1.EPRT
20 - Exercise 1.PDF
21 - Exercise 2.EDRW
21 - Exercise 2.EPRT
21 - Exercise 2.PDF
22 - Exercise 3.EDRW
22 - Exercise 3.EPRT
22 - Exercise 3.PDF
23 - Exercise 4.EDRW
23 - Exercise 4.EPRT
23 - Exercise 4.PDF
24 - Exercise 5.EDRW
24 - Exercise 5.EPRT
24 - Exercise 5.PDF
25 - Exercise 6.EDRW
25 - Exercise 6.EPRT
25 - Exercise 6.PDF
26 - GD&T Terminology.pdf
28 - GD&T Objective.pdf
29 - GD&T Reference.pdf
30 - Virtual Condition Internal.pdf
31 - Virtual Condition External.pdf
32 - Resultant Condition Internal.pdf
33 - Resultant Condition External.pdf
34 - Exercise 7 MMC Internal.pdf
35 - Exercise 8 MMC External.pdf
36 - Exercise 9 LMC Internal.pdf
37 - Exercise 10 LMC External.pdf
38 - Datums.pdf
39 - Angularity.EPRT
39 - Angularity.pdf
40 - Circularity.pdf
41 - Concentricity.pdf
42 - Cylindricity.pdf
43 - Flatness.pdf
44 - Paralellism.pdf
45 - Perpendicularity.pdf
46 - Position Tolerance.pdf
47 - Line Profile.pdf
48 - Surface Profile.pdf
49 - Between.pdf
50 - Runout Circular.pdf
51 - Runout Total.pdf
52 - Straightness.pdf
53 - Symmetry.pdf
59 - Exercise 11 FDD.EPRT
60 - Exercise 12 FDD.EPRT
61 - Exercise 13 Complete Drawing.EDRW
61 - Exercise 13 Complete Drawing.EPRT
62 - Exercise 14 Complete Drawing.EDRW
63 - Exercise 15 Complete Drawing.EDRW
64 - Exercise 16 Complete Drawing.EDRW
66 - Exercise 17 Tolerance Stack.pdf
67 - Exercise 18 Tolerance Stack.pdf
68 - Exercise 19 Tolerance Stack.pdf
Dimensional Terminology.pdf
GD&T Terminology.pdf
Tolerance Stack Calculator.xlsx

01 - Introduction.avi
02 - Principle Views.avi
03 - Folded Box Method.avi
04 - First and Third Angle Projection Views.avi
05 - Section Views I.avi
06 - Section Views II.avi
07 - Section Views III.avi
08 - Partial Views.avi
09 - Auxiliary Views.avi
10 - View Orientation.avi
11 - Views Required.avi
12 - Drawing Sheet Layout.avi
13 - Drawing Sheet Sizes and Dimensions.avi
14 - Line Relations.avi
15 - Line Types.avi
16 - Dimensional Terminology I.avi
17 - Dimensional Terminology II.avi
18 - Dimensional Terminology III.avi
19 - Dimensional Terminology IV.avi
20 - Exercise 1.avi
21 - Exercise 2.avi
22 - Exercise 3.avi
23 - Exercise 4.avi
24 - Exercise 5.avi
25 - Exercise 6.avi
26 - GDT Terminology Part 1.avi
27 - GDT Terminology Part 2.avi
28 - Objective.avi
29 - Reference.avi
30 - Virtual Condition Internal.avi
31 - Virtual Condition External.avi
32 - Resultant Condition Internal.avi
33 - Resultant Condition External.avi
34 - Exercise 7 MMC Internal.avi
35 - Exercise 8 MMC External.avi
36 - Exercise 9 LMC Internal.avi
37 - Exercise 10 LMC External.avi
38 - Datums.avi
39 - Angularity.avi
40 - Circularity.avi
41 - Concentricity.avi
42 - Cylindricity.avi
43 - Flatness.avi
44 - Paralellism.avi
45 - Perpendicularity.avi
46 - Position Tolerance.avi
47 - Line Profile.avi
48 - Surface Profile.avi
49 - Between.avi
50 - Runout Circular.avi
51 - Runout Total.avi
52 - Straightness.avi
53 - Symmetry.avi
54 - Set Up Drawing Sheet.avi
55 - Drawing Ttile Block.avi
56 - Revision Block.avi
57 - Assembly Block.avi
58 - Fully Defined Drawing.avi
59 - Excercise 11 FDD.avi
60 - Exercise 12 FDD.avi
61 - Exercise 13 Complete Drawing.avi
62 - Exercise 14 Complete Drawing.avi
63 - Exercise 15 Complete Drawing.avi
64 - Exercise 16 Complete Drawing.avi
65 - Tolerance Stack Calculator.avi
66 - Exercise 17 Tolerance Stack.avi
67 - Exercise 18 Tolerance Stack.avi
68 - Exercise 19 Tolerance Stack.avi

edrawings.log
gssl.exe
license.lic
lmgrd.exe
lmtools.exe
lmutil.exe

I:\ENGNEERING\ED And GD&T\G-CODE_AND_CNC_MILLING_TUTORIAL\Media\033d1144-2a97-4f43-a782-a484e50dc0cd\Video\
01 - Course Introduction.avi
02 - CNC Simulator.avi
03 - G-Codes.avi
04 - G-Code Structure.avi
05 - Part Dimensions.avi
06 - Tool Bit Setting.avi
07 - Rapid Motion G00.avi
08 - Linear Interpolation G01.avi
09 - Absolute Value G90.avi
10 - Incremental Value G91.avi
11 - Tool Bit Height.avi
12 - Slot Sequence (i).avi
13 - Slot Sequence (ii).avi
14 - Slot Sequence (iii).avi
15 - Slot Sequence (iv).avi
16 - Clockwise Circular Interpolation G02.avi
17 - Counterclockwise Circular Interpolation G03.avi
18 - Circular Slot I J K Method.avi
19 - Complete Circle.avi
20 - Circular Slot Exercise (i).avi
21 - Circular Slot Exercise (ii).avi
22 - Circular Slot Exercise (iii).avi
23 - Spindle Speed Introduction.avi
24 - Spindle Speed Exercise.avi
25 - Feed Rate Introduction.avi
26 - Feed Rate Exercise.avi
27 - Spindle Rotation.avi
28 - Tool change Operations.avi
29 - Tool Coolant.avi
30 - Plane Selection.avi
31 - Selecting Units.avi
32 - Work Coordinate system.avi
33 - Multiple Work Parts.avi
34 - Center Drill Introduction.avi
35 - Center Drill Exercise.avi
36 - Drilling Introduction.avi
37 - Drilling Exercise.avi
38 - Drilling Cycle.avi
39 - Retract To Plane.avi
40 - Retract To R-Value.avi
41 - Introduction To Spot Face And Counter Bore.avi
42 - Spot Face And Counter Bore Exercise.avi
43 - Part Project Exercise (i).avi
44 - Part Project Exercise (ii).avi
45 - Part Project Exercise (iii).avi
46 - Part Project Exercise (iv).avi
47 - Part Project Exercise (v).avi
48 - Part Project Exercise (vi).avi
49 - Part Project Exercise (vii).avi
50 - Part Project Final Design.avi
 
I:\ENGNEERING\ED And GD&T\G-CODE_AND_CNC_MILLING_TUTORIAL\Tutorial Material\
Center Drill Chart and Formulas.pdf
Center Drill Chart and Formulas_Page_1.jpg
Center Drill Chart and Formulas_Page_2.jpg
Drill Chart and Formulas.jpg
Drill Chart and Formulas.pdf
Feed Rate Chart and Formulas.pdf
Final Design G-Code Completed.txt
G-Codes.pdf
Milling Feed Rate Chart and Formulas.jpg
Part Project Exercise - Sheet.EDRW
Part Project Exercise.eprt
Spindle Speed Chart and Formulas.jpg
Spindle Speed Chart and Formulas.pdf
SPOT FACING COUNTER BORE CHART AND FORMULAS.jpg
SPOT FACING COUNTER BORE CHART AND FORMULAS.pdf