Altair Hypermesh : Learn Meshing and Linear Static Analysis

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1 - Introduction

1 - Introduction to hypermesh Course.mp4

01:10

2 - About Softwares hyperworks and hypermesh.mp4

01:22

3 - User interface of hypermesh software.mp4

04:21

4 - Mouse Working in Hypermesh.mp4

06:35

2 - Download Resource files

5 - Download Project Files.mp4

01:37

Exercise Files.zip

3 - 1 Dimensional 1D meshing

6 - FEA Theory.mp4

06:02

7 - Stress and Strain.mp4

11:55

8 - Degree of Freedom.mp4

04:04

9 - 1D bar Problem part 1.mp4

11:54

10 - 1D bar Problem part 2.mp4

08:40

11 - Rod 1D.mp4

10:27

12 - 1D Beam Bending Problem Cantilever Beam.mp4

05:22

13 - Beam Bending Problem part 2.mp4

12:59

14 - Fix Fix Beam Assignment.mp4

00:49

15 - Assignment Solution Simply Supported Beam.mp4

10:06

16 - Beam Orientation.mp4

03:54

17 - Line Mesh.mp4

04:48

4 - 2D meshing

18 - Import and Export Files.mp4

09:35

19 - create Nodes.mp4

07:31

20 - Organize a Model.mp4

08:05

21 - Repair Geometry.mp4

11:07

22 - 2Dmeshing.pdf

22 - Generating a Mid Surface.mp4

12:21

23 - Defeature Geometry.mp4

08:37

24 - Automesh Tool.mp4

12:17

25 - HyperWorks2017StudentEditionQuickInstallGuide.pdf

25 - Quick Edit.mp4

07:26

26 - 2D mesh Part 1.mp4

12:03

27 - 2D mesh Part 2.mp4

12:03

28 - 2D mesh Part 3.mp4

09:15

Exercise Files.zip

5 - Mesh Edit Options

29 - Free Edges.mp4

08:56

30 - Mask.mp4

04:57

31 - Measure.mp4

04:52

32 - Node Edit.mp4

06:50

33 - Project Elements.mp4

07:08

34 - Replace Nodes.mp4

03:59

35 - Smooth Elements.mp4

04:51

36 - Translate Nodes.mp4

03:46

37 - Split Element.mp4

06:52

6 - Shell Mesh Project

38 - Element Quality.mp4

05:23

39 - Improve Element Quality 1.mp4

11:12

40 - Improve Element Quality 2.mp4

08:37

41 - 2D mesh Project 1.mp4

10:32

42 - 2D mesh Project 2.mp4

14:17

43 - 2D mesh Project 3.mp4

13:30

44 - 2D mesh Project 4.mp4

16:07

7 - Shell mesh Assembly

45 - Assembly mesh part 1.mp4

10:12

46 - Assembly mesh part 2.mp4

09:29

47 - Ruled mesh.mp4

08:53

8 - 2D mesh Practice

48 - 2D mesh Practice.mp4

00:38

ahm003-01.zip
ahm007-01.zip
ahm008-02.zip
dhm007-01.zip

9 - Create Geomtery

49 - create line part 1.mp4

09:19

50 - create line part 2.mp4

06:26

51 - Create Surfaces.mp4

09:28

52 - Create Solids.mp4

09:52

10 - 3D meshing

53 - 3D meshing fundamentals.mp4

02:04

54 - Solid Edit.mp4

11:56

55 - Types of 3D Elements.mp4

07:32

56 - Solid Map Command.mp4

04:47

57 - Solid Map Techniques.mp4

12:28

58 - Solid Edit.mp4

08:26

59 - Surface Edit.mp4

06:24

11 - Hex Mesh Examples

60 - Hex Mesh Example 1.mp4

19:26

61 - Hex Mesh Connectivity.mp4

05:36

62 - Improve Hex Mesh Flow.mp4

12:43

63 - Hex Mesh Example 2.mp4

12:44

64 - Hex Mesh Example 3.mp4

12:58

65 - Hex Mesh Example 4.mp4

10:59

66 - Meshing Self Practice Models.mp4

00:15

hmfile beveragecan.zip
hmfile bicycle.zip
hmfile bin.zip
hmfile bottle.zip
hmfile bracket.zip
hmfile camera.zip
hmfile can.zip
hmfile casterandwheel.zip
hmfile cclamp.zip
hmfile ceilingfan.zip
hmfile chair.zip
hmfile conrod.zip
hmfile cranehookassembly type2.zip
hmfile crankshaft.zip
hmfile crtmonitor.zip
hmfile cup.zip
hmfile eccentricmechanism.zip
hmfile enginecasing.zip
hmfile excavator.zip
hmfile exhaustfan type2.zip
hmfile football.zip
hmfile golfball.zip
hmfile grippervehicle.zip
hmfile hammer.zip
hmfile headphones.zip
hmfile hinge.zip
hmfile humandummy.zip
hmfile impeller.zip
hmfile jcb schematic.zip
hmfile kitchenappliancesandshelves.zip
hmfile knucklejoint.zip
hmfile mouse.zip
hmfile pipewrench.zip
hmfile pistol.zip
hmfile piston.zip
hmfile pyramids.zip
hmfile rim.zip
hmfile schematicengine.zip
hmfile squarebottle.zip
hmfile steppedshaft.zip
hmfile switch.zip
hmfile turbineshaftassembly.zip
hmfile vase.zip
hmfile vise.zip
hmfile washer.zip
hmfile wheelrim.zip
wipermodelfromhm 20022009.zip

12 - Additional Hex Meshing

67 - Sphere Meshing 1.mp4

07:49

68 - Sphere Meshing 2.mp4

15:45

69 - Arm Bracket 1.mp4

06:39

70 - Arm Bracket 2.mp4

10:31

13 - Tetra meshing

71 - HMTetraMeshExtract.pdf

71 - Tetra.mp4

06:19

72 - Tetra.mp4

05:25

73 - Tetra mesh Manual.mp4

13:19

74 - Position Command.mp4

07:12

14 - Analysis

75 - Concept of Von Mises Stress.mp4

07:18

76 - Linear Static Analysis part 1 Problem Definition.mp4

05:16

77 - Linear Static Analysis part 2 Material Properties.mp4

09:53

78 - Linear Static Analysis part 3 Performing analysis.mp4

07:47

79 - Linear Static Analysis part 4.mp4

11:18

80 - Linear Static Analysis part 5.mp4

05:43

81 - Linear Analysis using Psolid 1.mp4

06:23

82 - Linear Analysis using Psolid 2.mp4

09:54

15 - Addition Linear Analysis

83 - Multi.mp4

05:20

84 - Multi Load Steps.mp4

05:18

85 - Oblique Loading.mp4

06:05

86 - Loading using Rigid elements.mp4

05:32

87 - Loading with Pressure.mp4

05:29

88 - Constraints.mp4

05:48

16 - Contacts

89 - Autocontact.mp4

10:26

90 - Manual Contacts.mp4

10:33

91 - Types of contacts.mp4

04:34

92 - Surface Interactions.mp4

04:48

93 - Contact Parameters.mp4

08:04

94 - Master vs Slave Contacts.mp4

04:31

95 - Finite vs Small Sliding.mp4

05:17

96 - Friction Contact.mp4

10:20

97 - Flange Contact.mp4

12:19

17 - Modal Analysis

98 - Dynamic analysis intro.mp4

11:05

99 - Static vs Dynamic Analysis.mp4

06:35

100 - Basics of Modal Analysis.mp4

08:29

101 - Modal Analysis.mp4

10:20

18 - Rigid Body Elements

102 - Rigid elements 1.mp4

05:50

103 - Rigid Elements 2.mp4

09:26

104 - Rigid Applications.mp4

10:23

105 - Bolt Connection using RBE2.mp4

12:28

19 - Non Linear Analysis

106 - Basics of non linearity.mp4

07:00

107 - Source of Non linearity.mp4

08:32

108 - Geometric Non Linearity.mp4

07:09

109 - Material Non Linearity.mp4

09:04

110 - Contact Non Linearity.mp4

02:25

111 - Non Linear Algorithm for Optistruct.mp4

10:54

112 - Non Linear Analysis Beam 1.mp4

05:36

113 - Non Linear Analysis Beam 2.mp4

09:16

114 - Non Linear Analysis Beam 3.mp4

08:52

20 - Pretension Loading

115 - Pretension Intro.mp4

04:10

116 - Pretension for 1D Bolt.mp4

08:36

117 - Pretension 3D.mp4

04:00

118 - Pretension Loadstep.mp4

04:31

21 - Buckling Analysis

119 - Buckling Analysis.mp4

08:02

119 - LinearBuckling.pdf

120 - Buckling Analysis Example 1 Part 1.mp4

09:41

121 - Buckling Analysis Example 1 Part 2.mp4

07:55

122 - Buckling Analysis Example 2 Part 1.mp4

06:33

123 - Buckling Analysis Example 2 Part 2.mp4

04:23

buckling.zip
buckling 1.zip
buckling 2.zip
hwsolver.zip
wing complete.zip
wing complete 001.zip

22 - Thermal Analysis

124 - Thermal Analysis.mp4

10:10

125 - Thermal Analysis Example 1 Part 1.mp4

08:59

126 - Thermal Analysis Example 1 Part 2.mp4

06:53

127 - Thermal Analysis Example 2 Part 1.mp4

08:08

128 - Thermal Analysis Example 2 Part 2.mp4

04:49

batchmesher config.zip
coffee lid.zip
command.zip
engine block thermal.zip
hmmenu.zip
hwsolver.zip
thermal.zip

23 - Plastic Meshing

129 - Plastic Meshing Intro.mp4

05:24

130 - Midmesh Tool Plastic 1.mp4

08:07

131 - Midmesh Tool Plastic 2.mp4

13:01

132 - Assign Auto Thickness.mp4

07:16

24 - Bumper Plastic Meshing Project

133 - Bumper Plastic Mesh 1.mp4

10:03

134 - Bumper Plastic Mesh 2.mp4

17:11

135 - Bumper Plastic Mesh 3.mp4

14:21

136 - Bumper Plastic Mesh 4.mp4

14:55

137 - Bumper Plastic Mesh 5.mp4

18:00

138 - Bumper Plastic Mesh 6.mp4

10:17

Description

Learn meshing with hypermesh and perform linear static analysis with optistruct

What You'll Learn?

create meshing of different parts and components
meshing of 1-D elements like rods, beams, bars, trusses etc.
meshing of 2-D components like plates, Plastics, sheetmetals etc
meshing of 3-D components like piston, wheel, crankshaft etc.
performing linear static analysis to calculate values like stresses, strains, deformation, failure criterion etc.

Who is this for?

mechanical engineers and research scholars in Masters & Phd degree

Aerospace Engineers

automobile Design Engineer

Anyone who wants to be a CAE engineer (computer aided engineering)

Anyone who wants to learn practical application of FEA ( finite element analysis)

anyone who wants to learn meshing and analysis of mechanical systems

What You Need to Know?

Basic Knowledge of CAD modeling on any software will be advantageous.

Knowledge of fundamentals of mechanics of solids like stress, strains, heat transfer, machine design will be helpful in understanding the analysis

Basic Knowledge of handling PC

Hypermesh software version 2017 or any older version upto 13.

More details

Description
Hello friends, welcome to this course on hypermesh . in this course, you everything about meshing and performing linear static analysis. the meshing is done in hypermesh and analysis is done in optistruct.
About Software
Hyperworks is a complete software package developed by altair engineering. hypermesh and optistruct are a part of that package .
About Course
This course is divide into 4 modules
1-dimensional (1D) meshing - for elements like rods, bars, beam, trusses etc.
2-dimensional (2D) meshing - for elements like plates, plastic components, sheetmetal etc.
3-dimensional (3D) meshing - for components like piston, engine ,shaft etc.
Linear static analysis - to calculate stresses, strains, deformation etc.
Why This Course
this course will take you from a beginner to pro in meshing and analysis. after taking this course
you can confidentally highlight hypermesh in your resume.
with the skills learned in this course, you can get a job as a CAE or FEA engineer.(simulation or analysis engineer)
we have covered all the basic fundamentals of solid mechanics, engineering mechanics to give you knowledge behind the analysis.

Who this course is for:
mechanical engineers and research scholars in Masters & Phd degree
Aerospace Engineers
automobile Design Engineer
Anyone who wants to be a CAE engineer (computer aided engineering)
Anyone who wants to learn practical application of FEA ( finite element analysis)
anyone who wants to learn meshing and analysis of mechanical systems

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