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هندسة الميكانيكا
كورس تحليل الإجهادات - الميكانيكا التطبيقية
Strength of Materials - Change in length of axially loaded members, Tutorial

Strength of Materials - Change in length of axially loaded members, Tutorial

كورس تحليل الإجهادات - الميكانيكا التطبيقية

الدرس السابق الدرس التالي

محتوى الكورس

جميع الدروس
57 درس
03:55 Strength of Materials - Introduction to strength of materials
05:19 Strength of Materials - Objectives of strength of materials theories
02:36 Strength of Materials - Internal loads & Types of loading, Part 1
03:24 Strength of Materials - Internal loads & Types of loading, Part 2
03:46 Strength of Materials - Types of supports and related reactions
02:36 Strength of Materials - condition of equilibrium
03:54 Strength of Materials - Parallelogram law (Cosine Rule) & Lami’s theorem (Sine Rule)
05:32 Strength of Materials - Distributed Load
03:12 Strength of Materials - Average normal stress
04:53 Strength of Materials - Normal strain
03:45 Strength of Materials - Allowable Normal stress
07:12 Strength of Materials - Stress concentrstion factor
02:55 Strength of Materials - Stress-Strain Diagram (Tensile test), Part 1
04:01 Strength of Materials - Stress-Strain Diagram (Tensile test), Part 2
05:00 Strength of Materials - Mechanical properties
04:04 Strength of Materials - Poisson Ratio
03:26 Strength of Materials - Generalized Hooke' Law
04:58 Strength of Materials - compression Example
03:36 Strength of Materials - Shear, Part 1
03:13 Strength of Materials - Shear, Part 2
05:00 Strength of Materials - Shear, Part 3
03:43 Strength of Materials - Shear, Part 4
03:51 Strength of Materials - Saint-Venant principal
03:22 Strength of Materials - Change in length of axially loaded members, Tutorial
02:51 Strength of Materials - Thermal strain
02:45 Strength of Materials - Statically Indeterminate
05:00 Strength of Materials - Compatibility condition
05:11 Strength of Materials - Compatibility Condition & Thermal strain, Tutorial
03:21 Strength of Materials - Shearing in torsion
05:05 Strength of Materials - Torsion Formulas , Part 1
04:26 Strength of Materials - Torsion Formulas , Part 2
04:04 Strength of Materials - Stress concentration factor in torsion
03:56 Strength of Materials - Power transmission formulas
02:43 Strength of Materials - Tutorial (thin-walled tube)
03:45 Strength of Materials - Tutorial (rectangular cross section tube)
02:30 Strength of Materials - Solid non circular shafts
04:27 Strength of Materials - Tutorial (Solid non circular shafts)
04:37 Strength of Materials - Cylindrical and Spherical vessels design
02:54 Strength of Materials - Bending stress, Part 1
02:27 Strength of Materials - Bending stress, Part 2
03:29 Strength of Materials - Parallel axis theorem
01:31 Strength of Materials - Combined loadings
03:35 Strength of Materials - Stress concentration factor
02:56 Strength of Materials - Tutorial1 (Pure Bending)
06:23 Strength of Materials - Tutorial2 (Pure Bending)
06:32 Strength of Materials - Tutorial3 (Pure Bending)
02:34 Strength of Materials - Shear stress in Bending Part 1
02:09 Strength of Materials - Shear stress in Bending Part 2
03:16 Strength of Materials - Steps to solve simply supported beam with concentrated forces
03:22 Strength of Materials - Reactions calculation, Part 1
03:27 Strength of Materials - Introduction to strength of materials
05:03 Strength of Materials - Objectives of strength of materials theories
04:50 Strength of Materials - Internal loads & Types of loading, Part 1
08:59 Strength of Materials - Internal loads & Types of loading, Part 2
08:35 Strength of Materials - Types of supports and related reactions
07:03 Strength of Materials - condition of equilibrium
03:02 Strength of Materials - Parallelogram law (Cosine Rule) & Lami’s theorem (Sine Rule)