21:24 | 0
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IS 804 ( IS : 804 - 1967) Specification For Rectangular Pressed Steel Tanks
Written By admin on Monday, 28 May 2012 | 21:24
IRC 84 - 1983 Code Of Practice for Curing of Cement Concrete Pavements
21:23 | 0
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IRC 5 - 1998
IRC 5 - 1998
IRC 5 - 1998 ( Standard Specifications and Code of Practice For Road Bridges)
21:22 | 0
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IRC SP : 72 Code book
IRC SP : 72
RECOMMENDED PRACTICE FOR USE AND UPKEEP OF EQUIPMENT, TOOLS AND APPLIANCES FOR BITUMINOUS PAVEMENT CONSTRUCTION
21:04 | 0
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IRC : 24 : 2001 STANDARD SPECIFICATIONS AND CODE OF PRACTICE FOR ROAD BRIDGES
Written By admin on Saturday, 26 May 2012 | 10:49
10:49 | 0
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Beams - loading, shear and BM relationships
Written By admin on Thursday, 24 May 2012 | 23:48
Lecture 15 Mechanics of solids
Contents of the video:
- Beams - loading, shear and BM relationships
23:48 | 0
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Beams - BMD & SFD
Lecture 14 Mechanics of solids
Contents of the video:
- Beams - BMD & SFD
23:46 | 0
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Beams - example 1
Lecture 13 Mechanics of solids
Contents of the video:
- Beams - example 1
23:45 | 0
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Trusses - Method of Sections
Lecture 12 Mechanics of solids
Contents of the video:
- Trusses - Method of Sections
23:43 | 0
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Trusses - additional discussions
Lecture 11 Mechanics of solids
Contents of the video:
- Trusses - additional discussions
23:41 | 0
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Stability of Structural systems
Lecture 10 Mechanics of solids
Contents of the video:
- Stability of Structural systems
23:40 | 0
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Analysis of Truss Systems
Lecture 09 Mechanics of solids
Contents of the video:
- Analysis of Truss Systems
23:38 | 0
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Trusses - Axial members
Lecture 08 Mechanics of solids
Contents of the video:
- Trusses - Axial members
23:37 | 0
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Types of 1-D Structural Elements
Lecture 08 Mechanics of solids
Contents of the video:
- Types of 1-D Structural Elements
23:35 | 0
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Structural Systems with rigid bodies
Lecture 06 Mechanics of solids
Contents of the video:
- Structural Systems with rigid bodies
23:33 | 0
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Rigid Body Statics Example 2
Lecture 05 Mechanics of solids
Contents of the video:
- Rigid Body Statics Example 2
23:32 | 0
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Planar rigid body Statics Example 1
Lecture 04 Mechanics of solids
Contents of the video:
- Planar rigid body Statics Example 1
23:31 | 0
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Equations of Equilibrium
Lecture 03 Mechanics of solids
Contents of the video:
- Equations of Equilibrium
23:30 | 0
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Degrees of freedom
Lecture 02 Mechanics of solids
Contents of the video:
- Degrees of freedom
23:28 | 0
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Rectification and Restoration
Lecture 12 Modern Surveying Techniques
Contents of the video:
- Rectification and Restoration
04:55 | 0
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Statistical Evaluation of RS Data
Lecture 11 Modern Surveying Techniques
Contents of the video:
- Statistical Evaluation of RS Data
04:53 | 0
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Image Interpretation
Lecture 10 Modern Surveying Techniques
Contents of the video:
- Image Interpretation
04:52 | 0
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Sensors and Platform II
Lecture 09 Modern Surveying Techniques
Contents of the video:
- Sensors and Platform
04:49 | 0
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Sensors and Platform
Lecture 08 Modern Surveying Techniques
Contents of the video:
- Sensors and Platform
04:47 | 0
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Electromagnetic Spectrum
Lecture 07 Modern Surveying Techniques
Contents of the video:
- Electromagnetic Spectrum
04:46 | 0
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Remote Sensing Introduction
Lecture 06 Modern Surveying Techniques
Contents of the video:
- Remote Sensing Introduction
04:44 | 0
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GPS Application
Lecture 05 Modern Surveying Techniques
Contents of the video:
- GPS Application
04:43 | 0
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GPS Solutions and Errors
Lecture 04 Modern Surveying Techniques
Contents of the video:
- GPS Solutions and Errors
04:40 | 0
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GPS Positioning Methods
Lecture 03 Modern Surveying Techniques
Contents of the video:
- GPS Positioning Methods
04:37 | 0
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Introduction to Global Positioning System
Lectures 02 Modern Surveying Techniques
Contents of the video:
- Introduction to Global Positioning System
04:35 | 0
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Geographic Information System An Introduction
Lecture 01 Modern Surveying Techniques
Contents of the video:
- Geographic Information System An Introduction
04:29 | 0
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Planar Rigid Body
Lecture 01 Mechanics of solids
Contents of the video:
- Planar Rigid Body
04:20 | 0
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Deflection of RC Beams
Lecture 30 Design of Reinforced Concrete Structures
Contents of the video:
- Deflection of RC Beams
04:17 | 0
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Design of RC Slender Columns
Lecture 29 Design of Reinforced Concrete Structures
Contents of the video:
- Effective Length Ratios For A Column In A Frame With No Sway
04:15 | 0
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Design for Torsion Part - II
Lecture 28 Design of Reinforced Concrete Structures
Contents of the video:
- Design of torsion
04:14 | 0
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Design for Torsion
Lecture 27 Design of Reinforced Concrete Structure
Contents of the video:
- Design of torsion
04:12 | 0
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Design of Staircases
Lecture 26 Design of Reinforced Concrete Structures
Contents of the video:
- Design of staircase
04:09 | 0
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Design of Footings Part - II
Lecture 25 Design of Reinforced Concrete Structures
Contents of the video:
- Footing design
04:07 | 0
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Design of Footings Part - I
Lecture 24 Design of Reinforced Concrete Structures
Contents of the video:
- Footing
04:06 | 0
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Design of Columns Part - V
Lecture 23 Design of Reinforced Concrete Structures
Contents of the video:
- Diagram
- Equations
04:02 | 0
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Design of Columns Part - IV
Leccture 22 Design of Reinforced Concrete Structures
Contents of the video:
- Diagram
- Graph
- Diagram
04:00 | 0
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Design of Columns Part - III
Lecture 21 Design of Reinforced Concrete Structures
Contents of the video:
- Design Aids
- Diagram
03:58 | 0
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Design of Columns Part - II
Lecture 20 Design of Reinforced Concrete Structures
Contents of the video:
- Assumptions
03:54 | 0
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Design of Columns Part - I
Lecture 19 Design of Reinforced Concrete Structures
Contents of the video:
- Limit State of Collapse
- Plane sections normal to the axis
- Assumptions
- Assumptions (contd..)
- Assumptions
03:50 | 0
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Design of Slabs Part - V
Lecture 18 Design of Reinforced Concrete Structures
Contents of the video:
- Diagram
03:47 | 0
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Design of Slabs Part - IV
Lecture 17 Design of Reinforced Concrete Structures
Contents of the video:
- Design of slabs
03:45 | 0
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Design of Slabs Part - III
Lecture 16 Design of Reinforced Concrete Structures
Content of the video:
- design of slabs
03:42 | 0
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Design of Slabs Part - II
Written By admin on Wednesday, 23 May 2012 | 06:53
Lecture 15 Design of Reinforced Concrete Structures
Contents of the video:
- Table 12 : Bending Moment Coefficients
06:53 | 0
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Design of Slabs Part - 1
Lecture 14 Design of Reinforced Concrete Structures
Contents of the video:
Contents of the video:
- Effective Span
- . Continuous Beam or Slab
- . Cantilever
- . Frames
- Moment and Shear Coefficients for Continuous Beams
- Table 12 : Bending Moment Coefficients
- Table 12 Bending Moment Coefficients
- Tabel 13 : Shear Force Coefficients
- Table 13 Shear Force Coefficients
- . Clause 22.5.1: IS 4561:2000
- Clause 22.5.2 : Beams or Slabs over Free End Suppots
- Clause 22.5.2 Beams or Slabs over Free End Supports
- Clause 22.5.2 : Beams or Slabs over
- Reinforced Concrete Solid Slabs
- Loading on slabs for buildings
- Concrete Cover
- Control of Deflection
- The vertical deflection limits may generally be assumed to be satisfied provided that the span to depth ratios are not greater than the values obtained as below:
- For spans above 10m, the basic values may be multiplied by 10/span in meters, except for cantilever in which case deflection calculation should be made
- Depending on the area and the stress of steel for tension reinforcement, the basic values shall be modified by Multipling with the modification factor obtained as per Fig.4 (Is456 : 2000)36:19
- Depending on the area and the stress of steel for tension reinforcement, the basic values shall be modified by Multiplying with the modification factor obtained as per Fig.4 (IS456 : 2000)
- Depkending on the area of
- Depending on the area of
- For flanged beams, the basic values be
- Diagram
06:51 | 0
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Design for Shear (Contd)
Lecture 13 Design of Reinforced Concrete Structures
Contents of the video:
- Diagram
- Loading
- Diagram
- Effective width of Flange
06:48 | 0
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Design for Shear
Lecture 12 Design of Reinforced Concrete Structures
Contents of the video:
- Shear and diagonal stresses
- Analysis of shear in tapered beam
- Diagram
06:42 | 0
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Limit State of Collapse Shear
Lecture 11 Design of Reinforced Concrete Structures
Lecture 11
Contents of the video:
- Shear and diagonal stresses
- Tension in Beams
- Shear failure : Shear tension
- Shear stress distribution in RCC beams
- Nominal shear stress
- Vu = shear force due to design loads
- Assumed crack
- The resistance in concrete is due to the combined effect of three factors20:47
- Part of Table 19
- Table 20 Maximum Shear Stress,
- Maximum spacing of shear reinforcement
06:40 | 0
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Design of Doubly Reinforced Beam Flexure
Lecture 10 Design of Reinforced Concrete Structures
Lecture 10
Contents of the video:
- L Beam
- Clause 23.1.1 of IS 456:2000
- b) If the main reinforcement of the slab is
- Effective width of Flange9:01
- Case 1: NA within Flange
- Case 2: NA Below the Flange
06:37 | 0
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Design of Doubly Reinforced Beam Flexure - II
Lecture 09 Design of Reinforced Concrete Structures
Contents of the video:
- 23A Cold Worked Deformed Bar
06:34 | 0
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Design of Doubly Reinforced Beam Flexure - I
Lecture 08 Design of Reinforced Concrete Structures
Lecture 08
Contents of the video:
- Diagram
- FIG. 21 STRESS - STRAIN CURVE FOR CONCRETE
- 23A Cold Worked Deformed Bar
- 23A Cold Worked Deformed
06:31 | 0
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Limit State of Collapse Flexure - II
Lecture 07 Design of Reinforced Concrete Structures
Lecture 07
Contents of the video:
- Diagram
- PERCENTAGE OF LIMITING STEEL AREAS FOR BALANCED DESIGN
- Diagram
06:27 | 0
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Limit State of Collapse Flexure
Lecture 06 Design of Reinforced Concrete Structures
Lecture 06
Contents of the video:
- Assumptions
- Assumptions (contd..)
- FIG. 21 STRESS - STRAIN CURVE FOR CONCRETE
- 23A Cold Worked Deformed Bar
- 23B STEEL BAR WITH DEFINITE YIELD POINT
- LIMITING VALUES OF x/d
- k2 (x) is the distance of the
- The maximum or limiting value of compression
- VALUES OF CONSTANTS FOR MAXIMUM COMPRESSION BLOCK
- Balanced Sections
- Underreinforced sections
- Overreinforced sections
- PERCENTAGE OF LIMITING STEEL AREAS FOR BALANCED DESIGN
06:24 | 0
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Working Stress Method (Contd)
Lecture 05 Design of Reinforced Concrete Structures
Contents of the video:
- Assumptions
- Direct Tension
- Permissible Stresses (N/mm)
- Equation
- Balanced Sections
- Equation
- Balanced Sections
- Under - reinforced Section10:36
- Over - reinforced Sections
- Equation
- Beam Factors (for Fe25O)
- Beam Factors (for Fe415)
- Percentage of Tensile Reinforcement for Balanced Section
06:21 | 0
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Working Stress Method
Lecture 04 Design of Reinforced Concrete Structures
Lecture 04
Contents of the video
- Different Steps of Construction
06:19 | 0
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Different Methods of Design of Reinforced Concrete Structures
Lecture-3 RCS
Contents of the video:
Contents of the video:
- Different Methods of Design
- Working Stress Method
- Assumptions
- Factor of safety
- Major defects
- Load Factor Method
- Reasons towards
- Design for
- Limit State Method
- Limit states may be classified
- Characteristic Strength
- Characteristic Load
- Different Loads
- Computer Program
- Partial Safety Factors for Load48:53
- Values of partial safety factors for Load (Ultimate Limit State)
06:16 | 0
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Reinforced Concrete Structures-Materials
Lecture 02
Contents of the video
- Concrete is made by mixing
- Workability
- ASTM definition of workability
- ACI Definition of workability
- Consistency
- Measurement of workability
- Consistency
- Measurement of workability
- Slump Test
- Description of Workability
- Durability
- Compressive Strength
- Tensile Strength
- Compressive Strength
- Tensile Strength
- Biaxial Strength
- Creep
- Slump Test44:00
- Creep
- Shrinkage
- Creep
06:13 | 0
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Design of Reinforced Concrete Structures-INTRODUCTION-1
Introduction - I (55:08)
Contents of the video
1.Design of
2.What is concrete?
3.Indian Standard
4.Codes BOOKS
06:03 | 0
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What is Civil Engineering?
Civil engineering is a professional engineering discipline that deals with the design, construction, and maintenance of the physical and naturally built environment, including works like roads, bridges, canals, dams, and buildings. Civil engineering is the oldest engineering discipline after military engineering, and it was defined to distinguish non-military engineering from military engineering. It is traditionally broken into several sub-disciplines including environmental engineering, geotechnical engineering, structural engineering, transportation engineering, municipal or urban engineering, water resources engineering, materials engineering, coastal engineering, surveying, and construction engineering. Civil engineering takes place on all levels: in the public sector from municipal through to national governments, and in the private sector from individual homeowners through to international companies.
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