Download Free Download : Udemy - Rupture & bursting discs Optimum Safety & Performance
mp4 | Video: h264,1280X720 | Audio: AAC, 44.1 KHz
Genre:eLearning | Language: English | Size:1.19 GB
Files Included :
1 About the course.mp4 (16.48 MB)
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10 Selecting a rupture disc.mp4 (7.71 MB)
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11 Manufacturing Design Range (MDR).mp4 (17.35 MB)
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12 Additional selection criteria.mp4 (52.94 MB)
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13 How long will a rupture disc last.mp4 (52.74 MB)
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14 Troubleshooting.mp4 (13.32 MB)
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2 Introduction.mp4 (16.49 MB)
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3 What is a rupture disc.mp4 (66.07 MB)
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4 How are rupture discs used.mp4 (47.82 MB)
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5 Useful terminologies.mp4 (18.17 MB)
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6 Useful terminologies - part II.mp4 (117.09 MB)
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7 Types of rupture discs.mp4 (27.08 MB)
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8 Rupture disc and holder assemblies.mp4 (5.52 MB)
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9 Welded cartridges.mp4 (12.74 MB)
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1 Introduction to rupture disc sizing.mp4 (9.25 MB)
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10 The coefficient of discharge method - Part IV.mp4 (24.37 MB)
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11 Sizing example #4 - Viscous liquids.mp4 (27.15 MB)
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12 Resistance to flow method (KR).mp4 (17.17 MB)
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13 Sizing example #5 - Vapors using KR values.mp4 (83.02 MB)
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14 Sizing example #6 - Liquids using KR values.mp4 (60.86 MB)
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15 For more details.mp4 (7.17 MB)
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2 Overpressure allowance.mp4 (16 MB)
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3 Sizing methodologies.mp4 (15.25 MB)
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4 The coefficient of discharge method - Part I.mp4 (39.07 MB)
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5 Sizing example #1 - Gases and vapors other than steam.mp4 (37.17 MB)
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6 The coefficient of discharge method - Part II.mp4 (12.98 MB)
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7 Sizing example #2 - Gases and vapors other than steam.mp4 (69.65 MB)
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8 The coefficient of discharge method - Part III.mp4 (27.33 MB)
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9 Sizing example #3 - Superheated steam.mp4 (30.68 MB)
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1 Introduction.mp4 (27.51 MB)
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2 Combination Capacity Factor (CCF).mp4 (20.67 MB)
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3 Applying the CCF.mp4 (17.06 MB)
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4 Sizing example #7 - Sizing combination devices.mp4 (41.42 MB)
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1 Installation.mp4 (29.55 MB)
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2 Holder preparation.mp4 (8.6 MB)
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3 Rupture disc preparation.mp4 (5.64 MB)
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4 Installing a rupture disc.mp4 (10.39 MB)
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5 Assembly installation.mp4 (21.94 MB)
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6 Inspection.mp4 (6.11 MB)
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1 The UD ASME Code Stamp.mp4 (10.13 MB)
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2 What does KR mean.mp4 (4.49 MB)
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3 How do I use KR.mp4 (10.83 MB)
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4 What impact will KR have on my system.mp4 (29.49 MB)
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5 Where can I find KR for my rupture disc.mp4 (10.81 MB)
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1 Final thoughts.mp4 (12.44 MB)
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10 Selecting a rupture disc.mp4 (7.71 MB)
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11 Manufacturing Design Range (MDR).mp4 (17.35 MB)
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12 Additional selection criteria.mp4 (52.94 MB)
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13 How long will a rupture disc last.mp4 (52.74 MB)
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14 Troubleshooting.mp4 (13.32 MB)
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2 Introduction.mp4 (16.49 MB)
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3 What is a rupture disc.mp4 (66.07 MB)
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4 How are rupture discs used.mp4 (47.82 MB)
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5 Useful terminologies.mp4 (18.17 MB)
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6 Useful terminologies - part II.mp4 (117.09 MB)
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7 Types of rupture discs.mp4 (27.08 MB)
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8 Rupture disc and holder assemblies.mp4 (5.52 MB)
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9 Welded cartridges.mp4 (12.74 MB)
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1 Introduction to rupture disc sizing.mp4 (9.25 MB)
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10 The coefficient of discharge method - Part IV.mp4 (24.37 MB)
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11 Sizing example #4 - Viscous liquids.mp4 (27.15 MB)
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12 Resistance to flow method (KR).mp4 (17.17 MB)
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13 Sizing example #5 - Vapors using KR values.mp4 (83.02 MB)
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14 Sizing example #6 - Liquids using KR values.mp4 (60.86 MB)
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15 For more details.mp4 (7.17 MB)
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2 Overpressure allowance.mp4 (16 MB)
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3 Sizing methodologies.mp4 (15.25 MB)
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4 The coefficient of discharge method - Part I.mp4 (39.07 MB)
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5 Sizing example #1 - Gases and vapors other than steam.mp4 (37.17 MB)
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6 The coefficient of discharge method - Part II.mp4 (12.98 MB)
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7 Sizing example #2 - Gases and vapors other than steam.mp4 (69.65 MB)
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8 The coefficient of discharge method - Part III.mp4 (27.33 MB)
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9 Sizing example #3 - Superheated steam.mp4 (30.68 MB)
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1 Introduction.mp4 (27.51 MB)
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2 Combination Capacity Factor (CCF).mp4 (20.67 MB)
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3 Applying the CCF.mp4 (17.06 MB)
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4 Sizing example #7 - Sizing combination devices.mp4 (41.42 MB)
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1 Installation.mp4 (29.55 MB)
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2 Holder preparation.mp4 (8.6 MB)
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3 Rupture disc preparation.mp4 (5.64 MB)
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4 Installing a rupture disc.mp4 (10.39 MB)
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5 Assembly installation.mp4 (21.94 MB)
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6 Inspection.mp4 (6.11 MB)
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1 The UD ASME Code Stamp.mp4 (10.13 MB)
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2 What does KR mean.mp4 (4.49 MB)
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3 How do I use KR.mp4 (10.83 MB)
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4 What impact will KR have on my system.mp4 (29.49 MB)
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5 Where can I find KR for my rupture disc.mp4 (10.81 MB)
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1 Final thoughts.mp4 (12.44 MB)
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