Computer Applications 2 Syllabus
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: The student must learn the structural analysis & design for all structures types using the most recent methods including (STAAD- PRO) program.
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Renato Trinidad is a civil engineer with over 19 years of experience in construction management, design, and inspection of government projects. He has extensive experience in structural and architectural design using STAAD and AutoCAD, as well as construction cost estimating. As a civil engineer for a local government unit from 1995 to 2014, his duties included developing engineering designs and drawings, preparing construction specifications and cost estimates, supervising field surveys and construction projects, and training workers. He holds a Bachelor's degree in Civil Engineering from Saint Louis University and is a certified civil engineer in the Philippines.
Syed Zaman Abbas
The document is a personal statement from Syed Zaman Abbas, who recently graduated from UCL with a First Class Honors Degree in Mechanical Engineering with Business Finance. He is seeking industry training in mechanical engineering areas like stress analysis, CAD, materials extraction, and projects involving financial aspects. He has extensive education qualifications from schools in Dubai and university in London, achieving high grades. He also lists relevant skills in software, languages, reading/writing, and hands-on experience with various engineering projects.
هندسة المطارات والسكك 1
تعريف الطالب مبادئ هندسة المطارات والسكك ومعايير ومواصفات تصميم السكك والمطارات
Theory of Structures Syllabus
The document outlines a 30-week course on the theory of structures for third year building and construction technology engineering students. It aims to teach students to determine internal forces in structures and how forces are distributed due to external and internal effects. Over the course, students will learn about statically determinate and indeterminate structures, internal straining forces like normal force, shear force and bending moment in different beam types, frames and trusses, influence lines, moving loads, approximate analysis methods for indeterminate structures, virtual work methods and slope-deflection and moment distribution analysis techniques.
Design of Steel Structures Syllabus
The student will learn the manner of design & connecting the different parts in the steel structures . He also learn the transition nature of forces and stresses in steel members .
Lec.2 materials
The document discusses materials used in reinforced concrete structures, including concrete, steel reinforcement, and their properties. It provides three key points:
1) Concrete quality is measured by strength and durability, which depend on water-cement ratio, aggregates, and hydration. Workability and economy are also important considerations in mix design.
2) Steel reinforcement commonly used includes deformed bars and welded wire fabric in various grades depending on the yield strength required.
3) The properties of both concrete and steel, such as stress-strain behavior, modulus of elasticity, creep, and shrinkage, influence the design and performance of reinforced concrete structures.
Analysis & Design of reinforced concrete structures (2) Syllabus
: The student must know the structural analysis & design for different construction members ( under various loads , stresses , strains , ……etc. ).
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Renato Trinidad is a civil engineer with over 19 years of experience in construction management, design, and inspection of government projects. He has extensive experience in structural and architectural design using STAAD and AutoCAD, as well as construction cost estimating. As a civil engineer for a local government unit from 1995 to 2014, his duties included developing engineering designs and drawings, preparing construction specifications and cost estimates, supervising field surveys and construction projects, and training workers. He holds a Bachelor's degree in Civil Engineering from Saint Louis University and is a certified civil engineer in the Philippines.
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هندسة المطارات والسكك 1
تعريف الطالب مبادئ هندسة المطارات والسكك ومعايير ومواصفات تصميم السكك والمطارات
Theory of Structures Syllabus
The document outlines a 30-week course on the theory of structures for third year building and construction technology engineering students. It aims to teach students to determine internal forces in structures and how forces are distributed due to external and internal effects. Over the course, students will learn about statically determinate and indeterminate structures, internal straining forces like normal force, shear force and bending moment in different beam types, frames and trusses, influence lines, moving loads, approximate analysis methods for indeterminate structures, virtual work methods and slope-deflection and moment distribution analysis techniques.
Design of Steel Structures Syllabus
The student will learn the manner of design & connecting the different parts in the steel structures . He also learn the transition nature of forces and stresses in steel members .
Lec.2 materials
The document discusses materials used in reinforced concrete structures, including concrete, steel reinforcement, and their properties. It provides three key points:
1) Concrete quality is measured by strength and durability, which depend on water-cement ratio, aggregates, and hydration. Workability and economy are also important considerations in mix design.
2) Steel reinforcement commonly used includes deformed bars and welded wire fabric in various grades depending on the yield strength required.
3) The properties of both concrete and steel, such as stress-strain behavior, modulus of elasticity, creep, and shrinkage, influence the design and performance of reinforced concrete structures.
Analysis & Design of reinforced concrete structures (2) Syllabus
: The student must know the structural analysis & design for different construction members ( under various loads , stresses , strains , ……etc. ).
Lec.5 strength design method rectangular sections 1
The document discusses the historical background and advantages of the strength design method for reinforced concrete structures. It provides details on how structural safety is assured through factored loads and reduced material strengths. Key aspects of the strength design method covered include derivation of expressions for beam design, minimum and balanced steel ratios, requirements for under-reinforced and over-reinforced beams, and minimum thickness and deflection requirements.
Analysis & Design of reinforced concrete structures (1) Syllabus
The student must know the structural analysis & design for different construction members ( under various loads , stresses , strains , ……etc. ) .
Lec.6 strength design method rectangular sections 2
1) The document provides three examples of determining the moment capacity of reinforced concrete beams using the strength design method. The examples calculate steel ratios, check code requirements, and determine moment capacities.
2) Design examples are also provided, including calculating reinforcement needed to resist a given moment and designing a beam to support specific service loads. Optimal dimensions are selected to maximize steel ratio within code limits.
3) Analysis and design procedures for rectangular reinforced concrete beams are demonstrated, including calculation of steel area, reinforcement ratios, strain checks and moment capacities.
Lec.3 working stress 1
The document summarizes the working stress design method for reinforced concrete structures. It describes the key assumptions of the method, including that concrete and steel obey Hooke's law, strain is proportional to distance from the neutral axis, and tension in concrete is negligible. The transformed section method is also summarized, where the steel area is replaced by an equivalent concrete area while satisfying compatibility of strains and equilibrium of forces. Several examples are provided to demonstrate calculating stresses in concrete and steel for different beam cross-sections under given loads using the working stress design method.
Lec.7 strength design method rectangular sections 3
The document analyzes and designs reinforced concrete beams using the strength design method. It provides examples of designing a simply supported rectangular beam, a cantilever beam, and an overhanging beam. The solutions include calculating loads, moments, required reinforcement, checking deflection requirements, and verifying the strength of the designed sections.
رسم طرق 1
تعليم الطالب كيفية رسم واعداد تفاصيل خاصة بالطرق على انواعها والمنشات الملحقة بها والتقاطعات بانواعها
Lec.4 working stress 2
This document discusses the working stress design method for analyzing and designing reinforced concrete beams. It provides equations for determining internal forces, tensile steel ratio, neutral axis depth, and flexural stresses. It also covers topics such as balanced steel ratio, under/over reinforced sections, minimum concrete cover/bar spacing, and designing rectangular and cantilever beams. Doubly reinforced beams are discussed for cases where the cross section dimensions are restricted and the external moment exceeds the section's moment capacity.
Lec.1 introduction
This document provides an introduction to the analysis and design of reinforced concrete structures. It discusses the American Concrete Institute building code and the strength design method. It describes different types of loads like dead and live loads. It then gives an overview of common reinforced concrete structural systems like flat plate, beam-column frame, and shear wall systems. Finally, it discusses the basic behavior and properties of structural members like beams, columns, slabs, and walls.
Lec.1 introduction to the theory of structures. types of structures, loads,
This document provides an introduction to structural analysis and the theory of structures. It defines structural analysis as determining the response of a structure to loads through internal forces and deformations. It classifies skeletal structures and describes the different types of internal forces that can develop in structural members. The document also discusses structural loads, equilibrium, and reactions.
Lec.8 strength design method t beams
The document discusses the analysis and design of reinforced concrete T-beams and L-beams according to the ACI code. It provides equations to determine the effective flange width of T-beams and L-beams. It then describes the analysis procedure which involves checking code requirements, calculating the depth of the concrete compression block, and determining if the neutral axis falls within the flange or web. The analysis considers the moments contributed by the flange and web portions. Design examples are also provided to demonstrate the process.
Lec.9 strength design method doubly reinforced beams
1. The nominal resisting moment of reinforced concrete beams with compression steel is calculated as the sum of two parts: the moment due to compression concrete and tensile steel, and the moment due to compression steel and tensile steel.
2. The strain in the compression steel is checked to determine if it has yielded, and then the compression stress is calculated.
3. The analysis procedure involves determining the neutral axis location, checking compression steel yield, and calculating section ductility and design moment strength.
Lec.2 statically determinate structures & statically indeterminate struct...
The student will learn the determination of internal forces in different structures and the
kind of forces distribution due to external & internal effects .He will also learn about the
structures deformation due to these effects .
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Etabs Syllabus
The document provides information on certification training for the structural analysis software ETABS. The 30-day training course aims to provide comprehensive knowledge of ETABS and its applications. Students will learn how to model structural elements, assign properties and loads, perform analyses, and design structures in concrete and steel. Certification helps students master ETABS modeling, analysis, design, and detailing skills needed for work in structural engineering.
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Viewers also liked
Lec.5 strength design method rectangular sections 1
The document discusses the historical background and advantages of the strength design method for reinforced concrete structures. It provides details on how structural safety is assured through factored loads and reduced material strengths. Key aspects of the strength design method covered include derivation of expressions for beam design, minimum and balanced steel ratios, requirements for under-reinforced and over-reinforced beams, and minimum thickness and deflection requirements.
Analysis & Design of reinforced concrete structures (1) Syllabus
The student must know the structural analysis & design for different construction members ( under various loads , stresses , strains , ……etc. ) .
Lec.6 strength design method rectangular sections 2
1) The document provides three examples of determining the moment capacity of reinforced concrete beams using the strength design method. The examples calculate steel ratios, check code requirements, and determine moment capacities.
2) Design examples are also provided, including calculating reinforcement needed to resist a given moment and designing a beam to support specific service loads. Optimal dimensions are selected to maximize steel ratio within code limits.
3) Analysis and design procedures for rectangular reinforced concrete beams are demonstrated, including calculation of steel area, reinforcement ratios, strain checks and moment capacities.
Lec.3 working stress 1
The document summarizes the working stress design method for reinforced concrete structures. It describes the key assumptions of the method, including that concrete and steel obey Hooke's law, strain is proportional to distance from the neutral axis, and tension in concrete is negligible. The transformed section method is also summarized, where the steel area is replaced by an equivalent concrete area while satisfying compatibility of strains and equilibrium of forces. Several examples are provided to demonstrate calculating stresses in concrete and steel for different beam cross-sections under given loads using the working stress design method.
Lec.7 strength design method rectangular sections 3
The document analyzes and designs reinforced concrete beams using the strength design method. It provides examples of designing a simply supported rectangular beam, a cantilever beam, and an overhanging beam. The solutions include calculating loads, moments, required reinforcement, checking deflection requirements, and verifying the strength of the designed sections.
رسم طرق 1
تعليم الطالب كيفية رسم واعداد تفاصيل خاصة بالطرق على انواعها والمنشات الملحقة بها والتقاطعات بانواعها
Lec.4 working stress 2
This document discusses the working stress design method for analyzing and designing reinforced concrete beams. It provides equations for determining internal forces, tensile steel ratio, neutral axis depth, and flexural stresses. It also covers topics such as balanced steel ratio, under/over reinforced sections, minimum concrete cover/bar spacing, and designing rectangular and cantilever beams. Doubly reinforced beams are discussed for cases where the cross section dimensions are restricted and the external moment exceeds the section's moment capacity.
Lec.1 introduction
This document provides an introduction to the analysis and design of reinforced concrete structures. It discusses the American Concrete Institute building code and the strength design method. It describes different types of loads like dead and live loads. It then gives an overview of common reinforced concrete structural systems like flat plate, beam-column frame, and shear wall systems. Finally, it discusses the basic behavior and properties of structural members like beams, columns, slabs, and walls.
Lec.1 introduction to the theory of structures. types of structures, loads,
This document provides an introduction to structural analysis and the theory of structures. It defines structural analysis as determining the response of a structure to loads through internal forces and deformations. It classifies skeletal structures and describes the different types of internal forces that can develop in structural members. The document also discusses structural loads, equilibrium, and reactions.
Lec.8 strength design method t beams
The document discusses the analysis and design of reinforced concrete T-beams and L-beams according to the ACI code. It provides equations to determine the effective flange width of T-beams and L-beams. It then describes the analysis procedure which involves checking code requirements, calculating the depth of the concrete compression block, and determining if the neutral axis falls within the flange or web. The analysis considers the moments contributed by the flange and web portions. Design examples are also provided to demonstrate the process.
Lec.9 strength design method doubly reinforced beams
1. The nominal resisting moment of reinforced concrete beams with compression steel is calculated as the sum of two parts: the moment due to compression concrete and tensile steel, and the moment due to compression steel and tensile steel.
2. The strain in the compression steel is checked to determine if it has yielded, and then the compression stress is calculated.
3. The analysis procedure involves determining the neutral axis location, checking compression steel yield, and calculating section ductility and design moment strength.
Lec.2 statically determinate structures & statically indeterminate struct...
The student will learn the determination of internal forces in different structures and the
kind of forces distribution due to external & internal effects .He will also learn about the
structures deformation due to these effects .
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Lec.5 strength design method rectangular sections 1
Lec.5 strength design method rectangular sections 1
Analysis & Design of reinforced concrete structures (1) Syllabus
Analysis & Design of reinforced concrete structures (1) Syllabus
Lec.6 strength design method rectangular sections 2
Lec.6 strength design method rectangular sections 2
Lec.7 strength design method rectangular sections 3
Lec.7 strength design method rectangular sections 3
Lec.1 introduction to the theory of structures. types of structures, loads,
Lec.1 introduction to the theory of structures. types of structures, loads,
Lec.9 strength design method doubly reinforced beams
Lec.9 strength design method doubly reinforced beams
Lec.2 statically determinate structures & statically indeterminate struct...
Lec.2 statically determinate structures & statically indeterminate struct...
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Computer Applications 2 Syllabus
- 1. Objectives: The student must learn the structural analysis & design for all structures types using the most recent methods including (STAAD- PRO) program. Syllabus 1 Description of the tutorial Problem, Starting the Programs, Creating a new Structure. 2,3 Creating the Model using the Command File. 4,5 The STAAD/Pro screen. 6,7 Creating the Model using Graphical Interface. 8 Generating the Model Geometry. 9 Specifying Member Properties. 10 Specifying member Offsets. 11, 12 Printing Member Information in the Output File. 13 Specifying Supports. 14 Changing units. 15, 16 Specifying Loads. 17, 18, 19 Specifying Analysis Type. 20 Specifying Post-Analysis Print Commands. 21,22 Specifying Steel Design Parameters. 23 Printing Section Displacements in the Output file. 24 Saving the Structure File. 25, 26 Performing Analysis/Design. 27 Viewing the Output File, Graphical Post Processing. 28, 29, 30 Practical project. Technical college/Mosul 30 Weeks No. of week hours Department: Building & Construction Technology Engineering Th. App. Unit 1 2 4 Fourth Year Subject :Computer Applications 2)