Objectives and Methods of Analysis and Design pdf : concrete and steel
Lesson 1 : Objectives and Methods of Analysis and Design
At the end of this lesson, the student should be able to:• state the four objectives of the design of reinforced concrete structures,
• name the three methods of design of concrete structure and identify the best
method of design,
• state the basis of the analysis of the structure,
• express the design loads in terms of characteristic loads in limit state and
working stress methods,
• define the characteristic load,
• name the different loads, forces and effects to be considered in the design,
• state the basis of determining the combination of different loads acting on the
structure
Lesson 2 : Properties of Concrete and Steel
At the end of this lesson, the student should be able to:• know the properties of concrete inrespect of strength, deformation and
durability
• know the properties of steel used as reinforcement in concrete structures
•understand the importance of quality control, inspection and testing of
concrete and steel in several steps from its basic preparation to the removal
of formwork after the construction
• recommend the acceptance of good concrete based on sample test of
specimens, core tests, load test and non-destructive tests
Braced frame design example in excel
bracing bent analysis for lateral loads - calculation with spreadsheet excel document.
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design of bracing in steel structures
column splice design example xls
steel column design example excel spreadsheet
steel column base plate design example
steel bracket design example
column splice design example aisc
worked examples for the design of steel structures
aisc connection design examples
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design of bracing in steel structures
column splice design example xls
steel column design example excel spreadsheet
steel column base plate design example
steel bracket design example
column splice design example aisc
worked examples for the design of steel structures
aisc connection design examples
DESIGN OF FLAT SLAP
FLAT SLAP of Common practice of design and construction is to support the slabs by beams and support the beams by columns. This may be called as beam-slab construction. The beams reduce the available net clear ceiling height. Hence in warehouses, offices and public halls some times beams are avoided and slabs are directly supported by columns. This types of construction is aesthetically appealing also. These slabs which are directly supported by columns are called Flat Slabs.
end plate moment connection xls design example
Single 4-tension bolt end plate moment connection
Double 4-tension bolt end plate moment connections
Single 8-tension bolt end plate moment connection
Double 8-tension bolt end plate moment connections
"ENDPLMC9" is a spreadsheet program written in MS-Excel for the purpose of analysis and design of end plate moment connections per the AISC 9th Edition (ASD) Manual. Specifically the program can analyze both single 4-tension bolt and 8-tension bolt configurations, as well as the conditions of having moment connections on each side of the column attached to the column flanges.
Connection Detail for Built-Up Beam to Column with excel
spreadsheet for Connection Detail for Built-Up Beam to Column in excel.
Design of steel connection - bolted connexion
Design of steel structure - example of bolted connexion
Connection classification : Classification based on the type of resultant force transferred: The bolted connections are referred to as concentric connections (force transfer in tension and compression member), eccentric connections (in reaction transferring brackets) or moment resisting connections (in beam to column connections in frames).
Flat slab design pdf
Complete lesson of Flat slab design
1. What is a flat slab?- Flat Slab resting directly on columns
- Flat Slab with drop panels
- Flat slab with drop panel and column head
- Flat slab with column head
2. Types of flat slab
3. Benefits of flat slab
4. 1 Behaviour of Slab supported on Stiff , Flexible and no beams
4. 2 Structural Behaviour of Flat Slab
5. Distribution of Total Panel Moment in different zones
6. General Design Considerations
7. Determination of Bending Moment CL 31.3
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Water treatment ppt presentation
- Conventional Surface Water Treatment
– Screening-Sedimentation
- Drag Coefficient on a Sphere
- Reynolds Number for a Floc
- Laminar Flow Boundary
- Sedimentation Basin
- Sedimentation Basin: Critical Path
- Sedimentation Basin: Importance of Tank Surface Area
- Lamella
- Design Criteria for Sedimentation Tanks
- Sedimentation of Small Particles?
- Particle/particle interactions
- Energy Barrier
- Coagulation
- Coagulation Chemistry
- Coagulation Chemistry
- Coagulant introduction with rapid mixing
- Flocculation-Flocculation
- Flocculator Design (Prior to 1992): The “shear is dominant” assumption
- Improved Model Development
- Heterodisperse, Rectilinear Flocculation
- Rectilinear Collision Frequency
– Transport Mechanisms
- Differential Sedimentation
- Herterodisperse, Curvilinear Flocculation
- Dominant Collision Mechanisms
- Curvilinear Simplified Conclusions
- Application of Results
- Mechanical Flocculators
- Hydraulic Flocculators
- Potential Research Project
- Sludge Blanket Flocculator/Sedimentation Tank
- Flocculator Design
- Basic Mechanism of Bed Load Sediment Transport
- Threshold of MovementShields Diagram (1936)
- G and t and biggest particles
- Recommended G and Gq values: Turbidity or Color Removal
- Suggested Design Process
- Vertical
- flow Baffled Flocculator
- Scaling floc sed down to POU
- Coagulants
- Upflow Flocculator/Sedimentation Tank particle capture
- Physical Characteristics of Floc: The Floc Density Function
- Floc Density Function: Dimensional Analysis!
- Additional Model Limitation
- Floc Density and Velocity (Approximate)
- Flocculation/Sedimentation: Deep vs. Shallow
- Flocculation/Sedimentation: Batch vs. Upflow
- Frictional Losses in Straight Pipes
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– Screening-Sedimentation
- Drag Coefficient on a Sphere
- Reynolds Number for a Floc
- Laminar Flow Boundary
- Sedimentation Basin
- Sedimentation Basin: Critical Path
- Sedimentation Basin: Importance of Tank Surface Area
- Lamella
- Design Criteria for Sedimentation Tanks
- Sedimentation of Small Particles?
- Particle/particle interactions
- Energy Barrier
- Coagulation
- Coagulation Chemistry
- Coagulation Chemistry
- Coagulant introduction with rapid mixing
- Flocculation-Flocculation
- Flocculator Design (Prior to 1992): The “shear is dominant” assumption
- Improved Model Development
- Heterodisperse, Rectilinear Flocculation
- Rectilinear Collision Frequency
– Transport Mechanisms
- Differential Sedimentation
- Herterodisperse, Curvilinear Flocculation
- Dominant Collision Mechanisms
- Curvilinear Simplified Conclusions
- Application of Results
- Mechanical Flocculators
- Hydraulic Flocculators
- Potential Research Project
- Sludge Blanket Flocculator/Sedimentation Tank
- Flocculator Design
- Basic Mechanism of Bed Load Sediment Transport
- Threshold of MovementShields Diagram (1936)
- G and t and biggest particles
- Recommended G and Gq values: Turbidity or Color Removal
- Suggested Design Process
- Vertical
- flow Baffled Flocculator
- Scaling floc sed down to POU
- Coagulants
- Upflow Flocculator/Sedimentation Tank particle capture
- Physical Characteristics of Floc: The Floc Density Function
- Floc Density Function: Dimensional Analysis!
- Additional Model Limitation
- Floc Density and Velocity (Approximate)
- Flocculation/Sedimentation: Deep vs. Shallow
- Flocculation/Sedimentation: Batch vs. Upflow
- Frictional Losses in Straight Pipes
Tags :
water treatment works
water treatment chemicals
water treatment systems
water treatment plant
how a water treatment plant works
wastewater treatment
diagram of a water treatment plant
what is a water treatment facility
water treatment books pdf
water treatment plant operation chapter 8
8 way water treatment
module 8 water treatment
8-way boiler water treatment
8 steps of water treatment
chapter 8 drinking water treatment chemicals
grade 8 science water treatment
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