Learn · Blast and Impact Resistant Structures
Lecture 5 of 60Week 1: Introduction and General Considerations to Extreme Events, Equivalent Static Load Approximation
Lecture 2: Equivalent Static Approximation (Part II)
Prof. Hrishikesh Sharma · IIT Guwahati
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- Blast and Impact Resistant Structures, IIT Guwahati (at NPTEL)
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- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
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All the lectures
- Lecture 1: Introduction and general considerations of Extreme Events (Part I)
- Lecture 1: Introduction and general considerations of Extreme Events (Part II)
- Lecture 1: Introduction and general considerations of Extreme Events (Part III)
- Lecture 2: Equivalent Static Approximation (Part I)
- Lecture 2: Equivalent Static Approximation (Part II)
- Lecture 3 : Elementary impact and stress wave considerations (Part I)
- Lecture 3 : Elementary impact and stress wave considerations (Part II)
- Lecture 3 : Elementary impact and stress wave considerations (Part III)
- Lecture 3 : Elementary impact and stress wave considerations (Part IV)
- Lecture 3 : Elementary impact and stress wave considerations (Part V)
- Lecture 4: Energy-absorbing systems (Part I)
- Lecture 4: Energy-absorbing systems (Part II)
- Lecture 4: Energy-absorbing systems (Part III)
- Lecture 4: Energy-absorbing systems (Part IV)
- Lecture 4: Energy-absorbing systems (Part V)
- Lecture 5: Structural elements subjected to impact (Part I)
- Lecture 5: Structural elements subjected to impact (Part II)
- Lecture 5: Structural elements subjected to impact (Part III)
- Lecture 5: Structural elements subjected to impact (Part IV)
- Lecture 5: Structural elements subjected to impact (Part V)
- Lecture 6: Dynamic properties of ductile materials (Part I)
- Lecture 6:Dynamic properties of ductile materials (Part II)
- Lecture 6:Dynamic properties of ductile materials (Part III)
- Lecture 6:Dynamic properties of ductile materials (Part IV)
- Lecture 6:Dynamic properties of ductile materials (Part V)
- Lecture 7: Blast Effects and design requirements (Part I)
- Lecture 7: Blast Effects and design requirements (Part II)
- Lecture 7: Blast Effects and design requirements (Part III)
- Lecture 8: Loading on structures caused by external air blasts-A (Part I)
- Lecture 8: Loading on structures caused by external air blasts-A (Part II)
- Lecture 8 : Loading on structures caused by external air blasts-B (Part I)
- Lecture 8 : Loading on structures caused by external air blasts-B (Part II)
- Lecture 9: Analysis and Design Methods (Part I)
- Lecture 9: Analysis and Design Methods (Part II)
- Lecture 9: Analysis and Design Methods (Part III)
- Lecture 9: Analysis and Design Methods (Part IV)
- Lecture 9: Analysis and Design Methods (Part V)
- Lecture 9: Analysis and Design Methods (Part VI)
- Lecture 9: Analysis and Design Methods (Part VII)
- Lecture 10 : Failure Mechanism of Structural Elements
- Lecture 11: Dynamic Buckling of Structures (Part I)
- Lecture 11: Dynamic Buckling of Structures (Part II)
- Lecture 11: Dynamic Buckling of Structures (Part III)
- Lecture 11: Dynamic Buckling of Structures (Part IV)
- Lecture 11: Dynamic Buckling of Structures (Part V)
- Lecture 12: Two-degree-of-freedom (2DOF) analysis methods (Part I)
- Lecture 12: Two-degree-of-freedom (2DOF) analysis methods (Part II)
- Lecture 12: Two-degree-of-freedom (2DOF) analysis methods (Part III)
- Lecture 12: Two-degree-of-freedom (2DOF) analysis methods (Part IV)
- Lecture 12: Two-degree-of-freedom (2DOF) analysis methods (Part V)
- Lecture 13: Multi-degree-of-freedom (MDOF) methods for analysis of structural elements subject to impact (Part I)
- Lecture 13: Multi-degree-of-freedom (MDOF) methods for analysis of structural elements subject to impact (Part II)
- Lecture 13: Multi-degree-of-freedom (MDOF) methods for analysis of structural elements subject to impact (Part III)
- Lecture 13: Multi-degree-of-freedom (MDOF) methods for analysis of structural elements subject to impact (Part IV)
- Lecture 13: Multi-degree-of-freedom (MDOF) methods for analysis of structural elements subject to impact (Part V)
- Lecture 14: MDOF methods for analysis of structural elements subject to blast (Part I)
- Lecture 14: MDOF methods for analysis of structural elements subject to blast (Part II)
- Lecture 14: MDOF methods for analysis of structural elements subject to blast (Part III)
- Lecture 14: MDOF methods for analysis of structural elements subject to blast (Part IV)
- Lecture 14 :MDOF methods for analysis of structural elements subject to blast (Part V)