Repair, Strengthening Of Buildings In English Alsakkar

Building Repair

What you'll learn
Learn how to repair, Strengthening and retrofit of Buildings.
Learn how to design and construct different types of repair.
Carbon Fiber design and Construction.
Investigation of Structures.
Understanding ACI562, ACI440.2R and ACI318.
Solved Examples in Repair and Strengthening.
Requirements
Basic Knowledge of Civil Engineering
Description
If you need to :1- learn how to investigate any structure.2- Learn all types of Defects and Cracks Reasons.If you need to understand How to rehabilitate with :1- Concrete.2- Steel Sections3- Carbon Fiber4- External Post Tensioning.5- Span ShorteningSolved Examples in:1- Columns Jacketing with:A- ConcreteB- Steel.C- Carbon Fiber CFRP.2- Shear Links for:A- Compression.B- moment and Shear3- Carbon Fiber:A-Flexural.B- Shear.C- Confining4- Slabs Problems.A-Positive and Negative reinforcement.B Punch.C Deflection.The Course was designed to make you an expert in Rehabilitation of Structure.How to investigate.How to write the report.How to Propose solutions .How to design the solutions and How to construct it.How to use different Repair techniques like, Section Enlargement by Concrete and special mortar, using Structural Steel, Carbon Fiber, External Post Tension and Span Shortening.The Course was designed to make you an expert in Rehabilitation of Structure.How to investigate.How to write the report.How to Propose solutions .How to design the solutions and How to construct it.How to use different Repair techniques like, Section Enlargement by Concrete and special mortar, using Structural Steel, Carbon Fiber, External Post Tension and Span Shortening.The Course was designed to make you an expert in Rehabilitation of Structure.How to investigate.How to write the report.How to Propose solutions .How to design the solutions and How to construct it.How to use different Repair techniques like, Section Enlargement by Concrete and special mortar, using Structural Steel, Carbon Fiber, External Post Tension and Span Shortening.

Overview

Section 1: Promo

Lecture 1 Promo

Section 2: 01 Introduction E

Lecture 2 01 Introduction E

Section 3: Concrete Defects

Lecture 3 Concrete Defects

Section 4: Crack Reasons

Lecture 4 03 Temp Shrinkage and Obstructed Settlement cracks E

Lecture 5 04 Corrosion Cracks and Mechanism E

Lecture 6 05 Chemical E

Lecture 7 06 Structural Cracking E

Section 5: Investigation Method

Lecture 8 07 Visual Inspection to Core Test E

Lecture 9 08 Carbonation Depth E

Lecture 10 09 UPV and Impact-Echo E

Lecture 11 10 GPR to Pull-off test E

Section 6: Interpertation and Pre-remedial

Lecture 12 11 Interpertation and Pre-remedial E

Section 7: Non Structural Cracks

Lecture 13 12 Rust Removal E

Lecture 14 13 Chemical Protection of Rebar

Lecture 15 14 Cathodic Protection of Rebar

Section 8: Composite Action Effect

Lecture 16 15 Inertia Connection

Section 9: Rehabilitation by Concrete

Lecture 17 16 By Concrete General

Lecture 18 17 Column RC Repair

Lecture 19 18 Beam RC Repair

Lecture 20 19 Slab RC Repair

Lecture 21 20 Foundation RC Repair

Lecture 22 21 Seismic RC Retrofit

Section 10: Rehabilitation by Structural Steel

Lecture 23 22 Column and Beams Steel Repair

Lecture 24 23 Slabs and Seismic Retrofit Steel Repair

Section 11: Rehabilitation by CFRP

Lecture 25 24 CFRP General E

Lecture 26 25 CFRP Installation for Beams and Slabs E

Lecture 27 26 Flexural Design of FRP Plates E

Lecture 28 27 Flexural Design of FRP NSM E

Lecture 29 28 Shear Design of FRP E

Lecture 30 29 Column Confinement with FRP E

Lecture 31 30 Column Confinement with FRP Stress Strain Curve E

Lecture 32 31 Column Confinement with FRP ECP E

Lecture 33 32 Seismic and QC of FRPE

Section 12: Rehabilitation by External Post Tensionening

Lecture 34 33 PT Concept E

Lecture 35 34 Beam with New Internal and External PT E

Lecture 36 35 Slab with External PT E

Section 13: Span Shortening

Lecture 37 36 Span Shortening E

Section 14: Solved Example

Lecture 38 37 Column Jacketing E

Lecture 39 38 Column Jacketing Shear Reinforcement E

Lecture 40 39 Column Steel Jacketing E

Lecture 41 40 Column CFRP Wrapping E

Lecture 42 41 b Beam Shear Links 2 E

Lecture 43 42 CFRP Flexural E

Lecture 44 43 CFRP for Shear E

Lecture 45 44 Excercise E

Structural Engineers,Civil Engineering Students,Contractors Consultants

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