This document contains engineering plans and schedules for the construction of a two-story marine multi-species hatchery building, including foundation plans, framing plans, roof plans, column details, and schedules. The plans show dimensions, materials, and reinforcement details for the building's slab foundations, columns, beams, trusses, and roof structure. Column reinforcement is specified in a schedule. The project title, location, approvals, and other administrative details are also provided.
The document describes the traditional houses of various ethnic groups in the Cordillera region of northern Luzon in the Philippines. The houses vary in size, shape, and design according to the terrain and needs of protection, but generally have structures made of wood and bamboo with thatched roofs. They serve functions of shelter, storage, and defense. The Isneg have boat-shaped houses elevated above the ground. The Kalinga have square and octagonal houses built without nails. The Bontoc have compartmentalized houses built directly on the ground. The Ifugao have elevated square houses under steep roofs. The Kankanay have elevated square houses on posts like the Bontoc.
The document discusses guidelines for different types of roads and parking facilities for vehicles. It outlines that primary, secondary, and access roads should follow a hierarchical pattern. Dimensions are provided for carriageways, ramps, and different types of vehicles including cars, buses, trucks, motorcycles, rickshaws. Guidelines are given for parking layout, stall dimensions, ramp gradients, and headroom clearances. Diagrams illustrate road patterns, vehicle turning radii, and efficient parking configurations.
This document contains information about concrete mixtures, cement classifications, mortar and plaster mixtures, rebar weights, beam and slab thicknesses, and formwork time requirements. It provides mixture proportions for various concrete classes based on ultimate compressive strength. It also lists cement types and their properties. Mortar and plaster mixtures are specified for concrete hollow block plaster. Minimum thicknesses and deflection limits are provided for beams and slabs. Finally, it gives time requirements for removing formwork for different structural elements.
Reinforced concrete is well-suited for constructing stairs due to its fire resistance, durability, strength, and pleasing appearance. R.C.C. stairs can be designed in various forms including straight flights, inclined slabs with half landings, string beams, cranked slabs, cantilevers, and spirals. The type of stair adopted depends on the space and loading conditions. Common stair arrangements include single straight flights, inclined slabs spanning longitudinally, string beams with horizontal slab spanning, cranked slabs inducing bending and torsion stresses, cantilever stairs with central supporting walls, and spiral or helical stairs used in prestige buildings.
Column and Footing details for Architectural and Engineering students.
What is a column. Parts of Columns. Types of Columns. Footings and footing details. Samples of different types of footings. Descriptions and Images.
Lift slab construction is a method of building concrete structures by casting floor or roof slabs on top of previous slabs and then lifting them into place with hydraulic jacks, making it cheaper and faster than traditional cast-in-place construction. Powerful jacks lift the cured slabs into position while ensuring even lifting at all points. This method is most effective for buildings with uniform, repetitive floor plans up to around 16 stories tall.
This document provides information about bamboo workshops in India. It discusses various uses of bamboo including for scaffolding, roofing, walls, and furniture. It also lists Indian states by bamboo stock and major bamboo species available. Several crafts made from bamboo are outlined like basket weaving, furniture making, and mat weaving. Specific workshops are highlighted that produce items like baskets, blinds, and furniture. They describe the materials, tools, and processes used to create these bamboo products.
The document describes the traditional houses of various ethnic groups in the Cordillera region of northern Luzon in the Philippines. The houses vary in size, shape, and design according to the terrain and needs of protection, but generally have structures made of wood and bamboo with thatched roofs. They serve functions of shelter, storage, and defense. The Isneg have boat-shaped houses elevated above the ground. The Kalinga have square and octagonal houses built without nails. The Bontoc have compartmentalized houses built directly on the ground. The Ifugao have elevated square houses under steep roofs. The Kankanay have elevated square houses on posts like the Bontoc.
The document discusses guidelines for different types of roads and parking facilities for vehicles. It outlines that primary, secondary, and access roads should follow a hierarchical pattern. Dimensions are provided for carriageways, ramps, and different types of vehicles including cars, buses, trucks, motorcycles, rickshaws. Guidelines are given for parking layout, stall dimensions, ramp gradients, and headroom clearances. Diagrams illustrate road patterns, vehicle turning radii, and efficient parking configurations.
This document contains information about concrete mixtures, cement classifications, mortar and plaster mixtures, rebar weights, beam and slab thicknesses, and formwork time requirements. It provides mixture proportions for various concrete classes based on ultimate compressive strength. It also lists cement types and their properties. Mortar and plaster mixtures are specified for concrete hollow block plaster. Minimum thicknesses and deflection limits are provided for beams and slabs. Finally, it gives time requirements for removing formwork for different structural elements.
Reinforced concrete is well-suited for constructing stairs due to its fire resistance, durability, strength, and pleasing appearance. R.C.C. stairs can be designed in various forms including straight flights, inclined slabs with half landings, string beams, cranked slabs, cantilevers, and spirals. The type of stair adopted depends on the space and loading conditions. Common stair arrangements include single straight flights, inclined slabs spanning longitudinally, string beams with horizontal slab spanning, cranked slabs inducing bending and torsion stresses, cantilever stairs with central supporting walls, and spiral or helical stairs used in prestige buildings.
Column and Footing details for Architectural and Engineering students.
What is a column. Parts of Columns. Types of Columns. Footings and footing details. Samples of different types of footings. Descriptions and Images.
Lift slab construction is a method of building concrete structures by casting floor or roof slabs on top of previous slabs and then lifting them into place with hydraulic jacks, making it cheaper and faster than traditional cast-in-place construction. Powerful jacks lift the cured slabs into position while ensuring even lifting at all points. This method is most effective for buildings with uniform, repetitive floor plans up to around 16 stories tall.
This document provides information about bamboo workshops in India. It discusses various uses of bamboo including for scaffolding, roofing, walls, and furniture. It also lists Indian states by bamboo stock and major bamboo species available. Several crafts made from bamboo are outlined like basket weaving, furniture making, and mat weaving. Specific workshops are highlighted that produce items like baskets, blinds, and furniture. They describe the materials, tools, and processes used to create these bamboo products.
ROOF COVERINGS FOR PITCHED ROOFS • Roof covering is an essential component of pitched roof, to be placed over the roof frame work to protect it from rain, snow, sun, wind and other atmospheric agency. Various types of roofing materials are available, and their selection depends upon 1)..
Roof and roof coverings ppt
The document provides design requirements for parking buildings based on building codes. It covers allowable floor areas, building heights, parking requirements, lighting and ventilation standards, and more. Specific sections address ceiling heights, travel distances to exits, ramp dimensions, door widths, accessibility requirements for entrances, stairs, elevators, and more. The goal is to provide accessibility and safety standards for the design of parking structures.
Presentation on uses, types, importance and examples of sun shading devices. Presented by Students of Bachelors of Architecture at Kathmandu Engineering College in Building Science I class . Course Lecturer: Ar. Pranita Sharma Pandey
Flat slabs are reinforced concrete slabs that are supported directly by columns without beams. They provide minimum depth, fast construction, and flexible column placement. There are four main types: slabs without drops and with column heads, slabs with drops and without column heads, slabs with both drops and column heads, and typical flat slabs. Column heads increase shear strength while drops increase shear strength and negative moment capacity. Flat slab systems can be either one-way or two-way depending on span ratios and load distribution. Advantages include simple formwork, no beams, and minimum depth, while disadvantages include potential interference from drops.
The document provides information on three case studies of visitors' information centres - the Jacksonport State Park Visitor Center in Arkansas, the Auroville Visitors' Centre in India, and the Dakshinachitra Heritage Centre in India. It summarizes the key details of each centre, including their location, area, year of completion, design approach, and main components. The case studies are presented as examples of well-designed visitors' information centres that effectively showcase local heritage and culture and provide interpretive displays, amenities, and services to visitors.
Evaluating the Use of Double Skin Facade Systems for Sustainable Developmentpaperpublications3
This document evaluates the use of double skin facade systems for sustainable development. It begins with an overview of different double skin facade types, including buffer, extract air, twin faced, and hybrid systems. Case studies of different double skin facade designs in buildings in Frankfurt, Seattle, and Sydney are presented and analyzed. The findings indicate that key parameters like facade type and design, cavity geometry, air usage, glazing and shading devices, and climate considerations must be evaluated. Recommendations include properly studying the climatic zone where a double skin facade will be used to enhance energy efficiency and occupant comfort while reducing costs.
This case study analyzes the design of openings in S11 House to achieve natural ventilation and optimum occupant comfort. Openings such as sliding doors, casement windows, and awning windows were chosen and strategically located based on their size, type, orientation, and ability to facilitate air flow. Sliding doors provide large openings between indoor and outdoor spaces. Casement windows located at human level draw air flow. Comparisons are made between openings in S11 House and traditional Malay houses to understand adaptations and improvements made. The design of openings cooperates with environmental factors to effectively ventilate the open plan of S11 House.
The document discusses the podium component of buildings. It defines a podium as the base or lowest portion of a structure that can support columns. Podiums provide horizontal space for uses like conference halls or retail and transfer loads from the structure above to the walls and columns below. They act as both functional and structural components. As a functional component, podiums incorporate public uses and allow existing low-rise buildings to support new skyscrapers. Structurally, podiums transfer loads that are not aligned between the framing above and below and provide fire resistance.
Coffered ceilings and slabs are rigid, planar structures that use a series of intersecting ribs to distribute loads across a space. The document discusses the history and architectural uses of coffered ceilings. It also describes different types of coffered slab structures like waffle slabs and drop slabs that are used for their load bearing capacities in long span structures like schools and hospitals. Various coffered slab construction techniques are outlined, including the use of precast elements and how services can be run through the coffered spaces.
This document provides an overview of bamboo construction and its uses. It discusses bamboo's history and importance for communities in Asia. Bamboo is a versatile building material that is strong, renewable, and sustainable. Traditional bamboo construction techniques are highlighted that use locally available materials efficiently. The document aims to spread knowledge of bamboo construction to support affordable, sustainable housing where bamboo is available.
The document discusses principles of tropical architecture and design through two case studies - the Belarocca Island Resort in the Philippines and a house in Maui, Hawaii. It outlines how these projects utilize passive design elements like orientation, ventilation, shading and natural materials to promote thermal comfort without mechanical cooling. Key strategies include maximizing air flow, removing hot air via convection currents, and using vegetation for shade and fresh air.
Architectural Design Studio 2: Project 2 Site AnalysisKohSungJie
This document contains a site analysis for a proposed development project prepared by Group B. It includes sections on plans, existing structures, landscape, climate studies, soils, strengths/weaknesses/opportunities/threats analysis, circulation, views and vistas, activities, and a case study on a observation deck. Diagrams and charts provide information on sunlight, shadows, winds, tides, rainfall, temperatures, soil conditions, traffic, and more. It appears to be a comprehensive environmental and site conditions assessment to inform planning and design of the project.
Raft foundations are used to spread structural loads over a large area and are classified as plain slab, beam and slab, or cellular rafts. They consist of a concrete slab extending over the entire loaded area, sometimes stiffened with ribs or beams. Raft foundations reduce differential settlements and are suitable for soft soils as they spread loads over a larger area. Reinforcement runs in both directions in the slab and downstand beams can add rigidity.
The document discusses different types of ceiling and flooring materials used in interior design. It describes dropped ceilings, exposed ceilings, tightly attached ceilings, suspended ceilings, and other ceiling types. It also outlines various flooring options like hardwood, ceramic tiles, bamboo, laminate, vinyl and linoleum. Details are provided on the composition, advantages, and applications of each material type.
The document provides information about different types of arches including bell arches, ogee arches, pointed multifoil arches, shoulder arches, jack arches, segmental arches, and drop arches. For each arch, it describes the key characteristics, historical background and origins, examples of use in historical buildings, and basic steps for constructing the arch geometrically. Diagrams are included to illustrate the construction process for some of the arch types. The document serves as an educational reference on classical arch forms.
This document defines roof and roofing materials. It discusses traditional Philippine roof designs like "dos aguas" and "quatro aguas". It then describes different types of roofing materials used in the Philippines like fiber, wood, slate tiles, metal, plastics, and reinforced concrete. For each material, it provides details on characteristics, common types, advantages, disadvantages and maintenance needs. The goal is to educate on roof designs and choices of roofing materials for Philippine buildings.
Traditional Indian construction methods were highly energy efficient. Buildings were oriented and sited carefully, used thick insulating walls, incorporated verandahs, courtyards, and landscaping for natural cooling and ventilation. Roofs had slopes and waterproofing for drainage, and used locally available materials. Elements like domes, bungalow designs, and traditional attire required minimal energy for cooling or heating.
This document provides recommendations for building design in hot and humid climates. Key recommendations include promoting cross ventilation through elongated floor plans with openings on both sides of the building. It also suggests using light colors and textures on walls and roofs to reflect sunlight, as well as including features like balconies, courtyards and high windows to vent hot air. Proper site orientation, building spacing, and roof and wall designs that facilitate air flow are also important to resist heat gain and promote cooling in these climates.
The document contains drainage and plumbing system layout plans and diagrams for a proposed academic building. It includes:
- Floor plans showing the layout and sizing of drainage pipes, floor drains, cleanouts, and their connections to septic tanks or catch basins.
- Diagrams of the drainage system layout and connections for different areas of the building.
- Plans depicting the water supply system with pipes, valves, and connections for fixtures like sinks, toilets and other plumbing.
- Specifications for pipe materials and sizing.
This document contains architectural plans and drawings for the proposed Information and Communication Technology Center (ICTC) academic building at the Mindanao State University-Iligan Institute of Technology campus in Iligan City, Philippines. It includes 30 sheets showing site plans, floor plans, elevations, sections, structural plans, plumbing plans, fire alarm plans, electrical plans, and details. The plans are certified by the Vice Chancellor for Administration and Finance, Executive Director of ICTC, and Architect in charge of the Physical Plant Division and approved by the Chancellor of MSU-IIT.
ROOF COVERINGS FOR PITCHED ROOFS • Roof covering is an essential component of pitched roof, to be placed over the roof frame work to protect it from rain, snow, sun, wind and other atmospheric agency. Various types of roofing materials are available, and their selection depends upon 1)..
Roof and roof coverings ppt
The document provides design requirements for parking buildings based on building codes. It covers allowable floor areas, building heights, parking requirements, lighting and ventilation standards, and more. Specific sections address ceiling heights, travel distances to exits, ramp dimensions, door widths, accessibility requirements for entrances, stairs, elevators, and more. The goal is to provide accessibility and safety standards for the design of parking structures.
Presentation on uses, types, importance and examples of sun shading devices. Presented by Students of Bachelors of Architecture at Kathmandu Engineering College in Building Science I class . Course Lecturer: Ar. Pranita Sharma Pandey
Flat slabs are reinforced concrete slabs that are supported directly by columns without beams. They provide minimum depth, fast construction, and flexible column placement. There are four main types: slabs without drops and with column heads, slabs with drops and without column heads, slabs with both drops and column heads, and typical flat slabs. Column heads increase shear strength while drops increase shear strength and negative moment capacity. Flat slab systems can be either one-way or two-way depending on span ratios and load distribution. Advantages include simple formwork, no beams, and minimum depth, while disadvantages include potential interference from drops.
The document provides information on three case studies of visitors' information centres - the Jacksonport State Park Visitor Center in Arkansas, the Auroville Visitors' Centre in India, and the Dakshinachitra Heritage Centre in India. It summarizes the key details of each centre, including their location, area, year of completion, design approach, and main components. The case studies are presented as examples of well-designed visitors' information centres that effectively showcase local heritage and culture and provide interpretive displays, amenities, and services to visitors.
Evaluating the Use of Double Skin Facade Systems for Sustainable Developmentpaperpublications3
This document evaluates the use of double skin facade systems for sustainable development. It begins with an overview of different double skin facade types, including buffer, extract air, twin faced, and hybrid systems. Case studies of different double skin facade designs in buildings in Frankfurt, Seattle, and Sydney are presented and analyzed. The findings indicate that key parameters like facade type and design, cavity geometry, air usage, glazing and shading devices, and climate considerations must be evaluated. Recommendations include properly studying the climatic zone where a double skin facade will be used to enhance energy efficiency and occupant comfort while reducing costs.
This case study analyzes the design of openings in S11 House to achieve natural ventilation and optimum occupant comfort. Openings such as sliding doors, casement windows, and awning windows were chosen and strategically located based on their size, type, orientation, and ability to facilitate air flow. Sliding doors provide large openings between indoor and outdoor spaces. Casement windows located at human level draw air flow. Comparisons are made between openings in S11 House and traditional Malay houses to understand adaptations and improvements made. The design of openings cooperates with environmental factors to effectively ventilate the open plan of S11 House.
The document discusses the podium component of buildings. It defines a podium as the base or lowest portion of a structure that can support columns. Podiums provide horizontal space for uses like conference halls or retail and transfer loads from the structure above to the walls and columns below. They act as both functional and structural components. As a functional component, podiums incorporate public uses and allow existing low-rise buildings to support new skyscrapers. Structurally, podiums transfer loads that are not aligned between the framing above and below and provide fire resistance.
Coffered ceilings and slabs are rigid, planar structures that use a series of intersecting ribs to distribute loads across a space. The document discusses the history and architectural uses of coffered ceilings. It also describes different types of coffered slab structures like waffle slabs and drop slabs that are used for their load bearing capacities in long span structures like schools and hospitals. Various coffered slab construction techniques are outlined, including the use of precast elements and how services can be run through the coffered spaces.
This document provides an overview of bamboo construction and its uses. It discusses bamboo's history and importance for communities in Asia. Bamboo is a versatile building material that is strong, renewable, and sustainable. Traditional bamboo construction techniques are highlighted that use locally available materials efficiently. The document aims to spread knowledge of bamboo construction to support affordable, sustainable housing where bamboo is available.
The document discusses principles of tropical architecture and design through two case studies - the Belarocca Island Resort in the Philippines and a house in Maui, Hawaii. It outlines how these projects utilize passive design elements like orientation, ventilation, shading and natural materials to promote thermal comfort without mechanical cooling. Key strategies include maximizing air flow, removing hot air via convection currents, and using vegetation for shade and fresh air.
Architectural Design Studio 2: Project 2 Site AnalysisKohSungJie
This document contains a site analysis for a proposed development project prepared by Group B. It includes sections on plans, existing structures, landscape, climate studies, soils, strengths/weaknesses/opportunities/threats analysis, circulation, views and vistas, activities, and a case study on a observation deck. Diagrams and charts provide information on sunlight, shadows, winds, tides, rainfall, temperatures, soil conditions, traffic, and more. It appears to be a comprehensive environmental and site conditions assessment to inform planning and design of the project.
Raft foundations are used to spread structural loads over a large area and are classified as plain slab, beam and slab, or cellular rafts. They consist of a concrete slab extending over the entire loaded area, sometimes stiffened with ribs or beams. Raft foundations reduce differential settlements and are suitable for soft soils as they spread loads over a larger area. Reinforcement runs in both directions in the slab and downstand beams can add rigidity.
The document discusses different types of ceiling and flooring materials used in interior design. It describes dropped ceilings, exposed ceilings, tightly attached ceilings, suspended ceilings, and other ceiling types. It also outlines various flooring options like hardwood, ceramic tiles, bamboo, laminate, vinyl and linoleum. Details are provided on the composition, advantages, and applications of each material type.
The document provides information about different types of arches including bell arches, ogee arches, pointed multifoil arches, shoulder arches, jack arches, segmental arches, and drop arches. For each arch, it describes the key characteristics, historical background and origins, examples of use in historical buildings, and basic steps for constructing the arch geometrically. Diagrams are included to illustrate the construction process for some of the arch types. The document serves as an educational reference on classical arch forms.
This document defines roof and roofing materials. It discusses traditional Philippine roof designs like "dos aguas" and "quatro aguas". It then describes different types of roofing materials used in the Philippines like fiber, wood, slate tiles, metal, plastics, and reinforced concrete. For each material, it provides details on characteristics, common types, advantages, disadvantages and maintenance needs. The goal is to educate on roof designs and choices of roofing materials for Philippine buildings.
Traditional Indian construction methods were highly energy efficient. Buildings were oriented and sited carefully, used thick insulating walls, incorporated verandahs, courtyards, and landscaping for natural cooling and ventilation. Roofs had slopes and waterproofing for drainage, and used locally available materials. Elements like domes, bungalow designs, and traditional attire required minimal energy for cooling or heating.
This document provides recommendations for building design in hot and humid climates. Key recommendations include promoting cross ventilation through elongated floor plans with openings on both sides of the building. It also suggests using light colors and textures on walls and roofs to reflect sunlight, as well as including features like balconies, courtyards and high windows to vent hot air. Proper site orientation, building spacing, and roof and wall designs that facilitate air flow are also important to resist heat gain and promote cooling in these climates.
The document contains drainage and plumbing system layout plans and diagrams for a proposed academic building. It includes:
- Floor plans showing the layout and sizing of drainage pipes, floor drains, cleanouts, and their connections to septic tanks or catch basins.
- Diagrams of the drainage system layout and connections for different areas of the building.
- Plans depicting the water supply system with pipes, valves, and connections for fixtures like sinks, toilets and other plumbing.
- Specifications for pipe materials and sizing.
This document contains architectural plans and drawings for the proposed Information and Communication Technology Center (ICTC) academic building at the Mindanao State University-Iligan Institute of Technology campus in Iligan City, Philippines. It includes 30 sheets showing site plans, floor plans, elevations, sections, structural plans, plumbing plans, fire alarm plans, electrical plans, and details. The plans are certified by the Vice Chancellor for Administration and Finance, Executive Director of ICTC, and Architect in charge of the Physical Plant Division and approved by the Chancellor of MSU-IIT.
This document provides qualifications and experience for Gisli Arnar Gudmundsson. It lists that he is Icelandic, born in 1972, and provides his contact information. It then outlines his qualifications, which include certifications in engineering, safety training, diving instruction, and non-destructive testing. The document describes his work experience in engineering roles on fishing vessels of various sizes from 1994 to 2000, as well as experience in refrigeration installation, ship surveying, and non-destructive testing. It lists recent projects and equipment he has access to.
This document contains personal information for Mr. NV Bhengu, including his ID book details, address, and student information from the University of KwaZulu-Natal. It lists his course registration and academic record, including courses taken in 2016 for his third year of a Bachelor of Community and Development Studies degree. His fee account statement from the university is also included, outlining transactions and balances from January 2015 through November 2016.
The document provides Thale Oakantse's full academic record from Vaal University of Technology. It lists the courses taken each semester from 2011 to 2014, including the course codes, descriptions, and grades. It was issued on April 17, 2015 and certifies that Thale earned a National Diploma in Information Technology, completing courses in areas such as business analysis, information systems, programming logic, and development software.
This survey report documents the completion of annual, intermediate, and bottom surveys for the vessel STOLT TOPAZ owned by STOLT PARCEL TANKERS, INC. The surveys found cargo tanks and coatings to be in good condition with no deficiencies. Several steam pipes were found to be leaking and recommendations were provided. Deck machinery, automation, and control systems were tested and found satisfactory. The bottom survey found inconsistent rudder bearing clearances which need re-measuring against previous drydock readings. Propeller blades were trimmed at the tips but no abnormal vibrations or temperatures were reported. On satisfactory completion of all surveys, annual/intermediate certificates were endorsed.
Turnkey project where we developed a new tea factory over an existing factory, while maintaining consistent production levels during the modernization phases. The factory has been designed to produce 5m Kg annually.
Md. Ferdous Alam has over 12 years of experience working as a laboratory technician on various construction projects. He has worked on projects in Bangladesh and Afghanistan, holding positions with companies like Building for Future Ltd, BFL-KNL JV, Mix N Mass, Sino Hydro Ltd, and Samwhan Corporation. His responsibilities have included conducting material testing, cylinder casting, and other quality control tests in construction laboratories. Employers have found him to be sincere, honest, hardworking, and skilled in his work.
Sigridur Arngrimsdottir's portfolio includes interior design projects such as an apartment in Eiðsvallagata 1 in Akureyri, Iceland and two single-family homes in Hellvikhus, Stavanger, Norway. It also includes architectural projects like a kindergarten in Egersund, Norway designed with Trond Ivar Vikerøe and a renovation project on Rundevollsveien in Egersund. The portfolio provides pictures and drawings of floor plans, elevations and 3D renderings for many of these projects.
The document provides details on the field development plan for the Gelama Merah field. It includes sections on geology and geophysics, petrophysics, reservoir engineering, drilling engineering, production technology, facilities engineering, economics, and health, safety and environment. The field contains gas and oil reserves across multiple zones from U3.2 to U9.2. Based on analysis, the estimated STOOIP is 215 MMSTB and the GIIP is 71.4 BSCF. The optimal development plan is to drill 8 production wells and 3 water injection wells to achieve a recovery factor of around 25% over the field's lifetime.
This document contains architectural, structural, electrical, and sanitary drawings for a proposed three-storey, nine-classroom school building. It includes floor plans, elevations, sections, and details of the building as well as specifications for finishes, schedules, notes, and approvals from the relevant departments. The drawings were prepared by Task Force Engineering, Assessment and Monitoring for the Department of Education and Bureau of Design of the DPWH and follow the standards set forth in Republic Act 545.
This document contains drawings related to the documentation of Dewan Bandaran Ipoh. It includes a key plan, location plan, site plan, floor plans for the ground floor and first floor, a roof plan, reflected ceiling plans for the ground floor and first floor, and elevations of the front, back and right sides. The drawings provide details such as dimensions, materials, and labeling of spaces.
This document provides a reference letter for Mr. Dyson Keelan Govender, confirming his employment history and qualifications. It details that he worked as a welder for Kentz Engineers & Constructors from 2011-2012 and Stefanutti Stocks Oil & Gas since 2013. His welding qualifications and certifications include proficiency in SMAW, FCAW, and GTAW processes for welding carbon steel and pipe. The letter serves as a reference for his skills and experience as a coded welder.
This document contains medical and training certificates for a seafarer named Oje Iade Olajide Segun. The top section is a medical certificate dated 11/11/2016 certifying that the seafarer is fit for seafaring duties. The following sections provide certificates of training including certificates in basic oil and chemical tanker cargo operations, proficiency in survival craft and rescue boats, security awareness for seafarers, and engine room watchkeeping. The bottom section appears to be documents for recording employment history including certificates of discharge.
- Fernando Ito completed a post-graduate program in Software Engineering Based on SOA at IBTA School of Technology.
- The 400-hour program was completed between February 2008 and May 2009 in São Paulo, Brazil.
- Fernando received passing marks in all 21 modules of the program, with averages ranging from 8.5 to 10.
This document contains Thlalefo Moruri's design portfolio from October 2016. It includes 5 projects: a loft house, garage, universal access house, RDP renovation project, and mud brick house. For each project, it provides submission drawings, construction details, and plans. The portfolio demonstrates Moruri's skills in architectural technical drawing and documentation of building projects.
This document is a forwarded email containing an attachment of a cover letter for an agriculture climate report. The original email from Mike Blackracken forwards the attachment to several individuals and notes that the impacts discussed in the report are mixed at a regional level, so developing adaptation plans would be important for some regions. The attachment itself could not be converted to ASCII and is displayed as a hex dump.
This document is a manufacturing quality plan for distribution transformers for a customer. It outlines 8 key components/operations to be checked including: 1) Raw materials verification, 2) Transformer oil testing, 3) Bought out item verification, 4) Assembly testing including vacuum and pressure tests, 5) Routine testing, 6) Oil sampling, 7) Paint testing, and 8) Final inspection and completeness check. For each item, it specifies the acceptance standards, type of check (e.g. test, verification), responsibility (manufacturer, contractor, customer), and review level (e.g. sample, 100%).
This document contains several certificates and documents related to mining qualifications and competencies. It includes:
- A certificate of competency as an overseer issued in accordance with mining regulations.
- A blasting certificate for scheduled mines issued in terms of mining regulations.
- Medical records including a medical bureau serial number.
- Certificates showing competency in production supervision, assessment, and strata control from various mines and organizations.
- Statements of attainment for competencies including competent person and rock engineering courses.
- Qualifications from the Chamber of Mines Training College showing training and examinations passed in metalliferous mining.
The documents collectively demonstrate the holder's mining qualifications and
Batteries -Introduction – Types of Batteries – discharging and charging of battery - characteristics of battery –battery rating- various tests on battery- – Primary battery: silver button cell- Secondary battery :Ni-Cd battery-modern battery: lithium ion battery-maintenance of batteries-choices of batteries for electric vehicle applications.
Fuel Cells: Introduction- importance and classification of fuel cells - description, principle, components, applications of fuel cells: H2-O2 fuel cell, alkaline fuel cell, molten carbonate fuel cell and direct methanol fuel cells.
Software Engineering and Project Management - Introduction, Modeling Concepts...Prakhyath Rai
Introduction, Modeling Concepts and Class Modeling: What is Object orientation? What is OO development? OO Themes; Evidence for usefulness of OO development; OO modeling history. Modeling
as Design technique: Modeling, abstraction, The Three models. Class Modeling: Object and Class Concept, Link and associations concepts, Generalization and Inheritance, A sample class model, Navigation of class models, and UML diagrams
Building the Analysis Models: Requirement Analysis, Analysis Model Approaches, Data modeling Concepts, Object Oriented Analysis, Scenario-Based Modeling, Flow-Oriented Modeling, class Based Modeling, Creating a Behavioral Model.
Comparative analysis between traditional aquaponics and reconstructed aquapon...bijceesjournal
The aquaponic system of planting is a method that does not require soil usage. It is a method that only needs water, fish, lava rocks (a substitute for soil), and plants. Aquaponic systems are sustainable and environmentally friendly. Its use not only helps to plant in small spaces but also helps reduce artificial chemical use and minimizes excess water use, as aquaponics consumes 90% less water than soil-based gardening. The study applied a descriptive and experimental design to assess and compare conventional and reconstructed aquaponic methods for reproducing tomatoes. The researchers created an observation checklist to determine the significant factors of the study. The study aims to determine the significant difference between traditional aquaponics and reconstructed aquaponics systems propagating tomatoes in terms of height, weight, girth, and number of fruits. The reconstructed aquaponics system’s higher growth yield results in a much more nourished crop than the traditional aquaponics system. It is superior in its number of fruits, height, weight, and girth measurement. Moreover, the reconstructed aquaponics system is proven to eliminate all the hindrances present in the traditional aquaponics system, which are overcrowding of fish, algae growth, pest problems, contaminated water, and dead fish.
Electric vehicle and photovoltaic advanced roles in enhancing the financial p...IJECEIAES
Climate change's impact on the planet forced the United Nations and governments to promote green energies and electric transportation. The deployments of photovoltaic (PV) and electric vehicle (EV) systems gained stronger momentum due to their numerous advantages over fossil fuel types. The advantages go beyond sustainability to reach financial support and stability. The work in this paper introduces the hybrid system between PV and EV to support industrial and commercial plants. This paper covers the theoretical framework of the proposed hybrid system including the required equation to complete the cost analysis when PV and EV are present. In addition, the proposed design diagram which sets the priorities and requirements of the system is presented. The proposed approach allows setup to advance their power stability, especially during power outages. The presented information supports researchers and plant owners to complete the necessary analysis while promoting the deployment of clean energy. The result of a case study that represents a dairy milk farmer supports the theoretical works and highlights its advanced benefits to existing plants. The short return on investment of the proposed approach supports the paper's novelty approach for the sustainable electrical system. In addition, the proposed system allows for an isolated power setup without the need for a transmission line which enhances the safety of the electrical network
Discover the latest insights on Data Driven Maintenance with our comprehensive webinar presentation. Learn about traditional maintenance challenges, the right approach to utilizing data, and the benefits of adopting a Data Driven Maintenance strategy. Explore real-world examples, industry best practices, and innovative solutions like FMECA and the D3M model. This presentation, led by expert Jules Oudmans, is essential for asset owners looking to optimize their maintenance processes and leverage digital technologies for improved efficiency and performance. Download now to stay ahead in the evolving maintenance landscape.
artificial intelligence and data science contents.pptxGauravCar
What is artificial intelligence? Artificial intelligence is the ability of a computer or computer-controlled robot to perform tasks that are commonly associated with the intellectual processes characteristic of humans, such as the ability to reason.
› ...
Artificial intelligence (AI) | Definitio
Embedded machine learning-based road conditions and driving behavior monitoringIJECEIAES
Car accident rates have increased in recent years, resulting in losses in human lives, properties, and other financial costs. An embedded machine learning-based system is developed to address this critical issue. The system can monitor road conditions, detect driving patterns, and identify aggressive driving behaviors. The system is based on neural networks trained on a comprehensive dataset of driving events, driving styles, and road conditions. The system effectively detects potential risks and helps mitigate the frequency and impact of accidents. The primary goal is to ensure the safety of drivers and vehicles. Collecting data involved gathering information on three key road events: normal street and normal drive, speed bumps, circular yellow speed bumps, and three aggressive driving actions: sudden start, sudden stop, and sudden entry. The gathered data is processed and analyzed using a machine learning system designed for limited power and memory devices. The developed system resulted in 91.9% accuracy, 93.6% precision, and 92% recall. The achieved inference time on an Arduino Nano 33 BLE Sense with a 32-bit CPU running at 64 MHz is 34 ms and requires 2.6 kB peak RAM and 139.9 kB program flash memory, making it suitable for resource-constrained embedded systems.
Embedded machine learning-based road conditions and driving behavior monitoring
Structural_Plan.pdf
1. 4.00 4.00 4.00 4.00 4.00
28.00
4.00
4.00
3.00
4.00
4.00
1.83
20.83
4.00 4.00 4.00 4.00
4.00
4.00
3.00
19.00
4.00
28.00
4.00
4.00
4.00 4.00
4.00
FTB2
4.00
FTB1 FTB1 FTB1 FTB1
FTB1 FTB1 FTB1 FTB1 FTB1
FTB1 FTB1
FTB1 FTB1
FTB1 FTB1
FTB1 FTB1
FTB1 FTB1
FTB1
WF1
WF1
WF1
FTB2
FTB2
FTB1
FTB1
FTB1
FTB1
FTB1
FTB1
FTB2
FTB2
FTB1
FTB1
FTB1
FTB1
FTB1
FTB1
FTB1
FTB1
FTB1
FTB1
FTB1
FTB1
FTB2 FTB1
A B E
C D F G H
1
2
3
4
5
6
WF1
WF1
SLAB ON FILL
SLAB ON FILL
SLAB ON FILL
SLAB ON FILL
C2F2 C2F2
C2F2 C2F2
C1F1
C1F1 C1F1 C1F1 C1F1 C1F1
C1F1
C1F1 C1F1 C1F1 C1F1
C1F1 C1F1
C1F1 C1F1 C1F1
C1F1
C1F1 C1F1
C1F1
C1F1 C1F1
C1F1 C1F1 C1F1
C1F1 C1F1 C1F1 C1F1 C1F1 C1F1
C1F1
C1F1
C1F1
C1F1
SLAB ON FILL
SLAB ON FILL
SLAB ON FILL
SLAB ON FILL
SLAB ON FILL
SLAB ON FILL
SLAB ON FILL
SLAB
FILL
ON
FTB1
WF1
WF1
WF1
WF1
WF1
WF1
-
+ 0.60 m ELEV.
-
+ 0.60 m ELEV.
-
+ 0.60 m ELEV.
-
+ 0.60 m ELEV.
-
+ 0.60 m ELEV.
-
+ 0.60 m ELEV.
-
+ 0.60 m ELEV.
-
+ 0.60 m ELEV.
-
+ 0.60 m ELEV.
-
+ 0.60 m ELEV.
-
+ 0.525 m ELEV.
-
+ 0.60 m ELEV.
3.50
WF1
4.00 4.00 4.00 4.00 4.00
28.00
4.00
4.00
3.00
4.00
4.00
19.00
4.00 4.00 4.00 4.00
4.00
4.00
3.00
19.00
4.00
28.00
4.00 4.00
4.00
4.00
4.00
RB1
4.00
FB FB FB FB
FB FB FB FB
WB FB FB FB FB
FB FB
FB FB
WB FB FB
WB FB
FB FB
FB
RB1
RB1
FB
FB
FB
FB
FB
FB
FB
FB
FB
FB
FB
RB1
RB1
WB
FB
FB
FB
FB
FB
WB
FB
FB
FB
FB
FB
FB
FB
FB
FB
RB1 FB
A B E
C D F G H
1
2
3
4
5
6
FB
FS1 FS1 FS1 FS1
FS1
FS1
FS1
FS1
FS1
FS1 FS1 FS1
FS1 FS1 FS1
FS1 FS1 FS1 FS1
CONFERENCE
ROOM
AREA
OFFICE
AREA
OFFICE
AREA
STAIRWELL
OPEN
BELOW
FOUNDATION PLAN
SCALE 1:200 METERS
SECOND FLOOR FRAMING PLAN
SCALE 1:200 METERS
FOUNDATION PLAN
SECOND FLOOR FRAMING PLAN
SHEET NO.
12
Project Title: Checked by:
CONSTRUCTION OF A TWO-STOREY MARINE
Design by: Conformed by:
TIN:
PRC:
PTR:
Date:
Approved by: CONCEPTED by:
AutoCAD by:
Date Started:
Date Finished:
Location: VSU Tolosa Campus, Tanghas, Tolosa, Leyte, Philippines DIRECTOR, GSD VSU PRESIDENT Place:
Place:
Dr. EDGARDO E. TULIN
Engr. MARIO LILIO P. VALENZONA
MULTI-SPECIES HATCHERY BUILDING
24
Checked by:
Noted by:
ARNEL G. AGRAVA
HEAD, Office of the Planning &
Infrastructure Management VSU - Tolosa
13
S1
VP FOR FINANCE & ADMINISTRATION
OVPPRGAS
Dr. DILBERTO O. FERRAREN Dr. DANIEL LESLIE S. TAN
Sheet Contents:
2. 4.00 4.00 4.00 4.00 4.00
28.00
4.00
4.00
3.00
4.00
4.00
19.00
4.00 4.00 4.00 4.00
4.00
4.00
3.00
19.00
4.00
28.00
4.00 4.00
4.00
4.00
4.00 4.00
RB2
RB2
A B E
C D F G H
1
2
3
4
5
6
RB2 RB2 RB2
RB2 RB2 RB2
RB2
RB2 RB2 RB2 RB2 RB2 RB2 RB2
RB2 RB2
RB2 RB2 RB2 RB2 RB2
RB2 RB2 RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
ROOF LINE OF CONFERENCE ROOM
& OFFICE AREA
OPEN
BELOW
OPEN
BELOW
RB2
5.95
2.00 2.00 2.00
29.95
2.00
2.00
1.88
1.88
1.13
19.88
2.00 2.00 2.00 2.88
2.88
2.00
2.00
20.75
2.00
2.00 2.88
2.88
2.88
2.00 2.88
RB2
RB2
A B E
C D F G H
RB2 RB2 RB2
RB2
RB2 RB2
RB2
RB2 RB2
RB2 RB2 RB2 RB2 RB2
RB2 RB2
RB2 RB2
RB2
RB2
RB2
RB2 RB2 RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
RB2
ROOF LINE OF CONFERENCE ROOM
& OFFICE AREA
RB1
RB1
RB1
RB1
RB1
RB1
RB1
2.00
2.00
2.88
2.00
1.13
2.88
2.00
2.00
1.50
1.50
1.13
2.63
1.75
1.75
2.63
2.88
1.13
2.88
2.93
2.63 1.75 2.25 1.38
29.75
HTRUSS
1
H
T
R
U
S
S
2
HTRUSS
2
HTRUSS 12
HTRUSS
12
HTRUSS
12
HTRUSS 12
HTRUSS 12 HTRUSS 12
HTRUSS 12
HTRUSS 12
HTRUSS
12
HTRUSS
12
HTRUSS
12
HTRUSS
12
H
T
R
U
S
S
2
HTRUSS
5
H
T
R
U
S
S
5
H
T
R
U
S
S
5
HTRUSS 6
TRUSS
4
TRUSS
4
H
T
R
U
S
S
5
H
T
R
U
S
S
1
0
HTRUSS
10
H
T
R
U
S
S
1
0
HTRUSS
10
HTRUSS 11
HTRUSS 13
HTRUSS 13
HTRUSS
13
HTRUSS
13
TRUSS
7
TRUSS
7
HTRUSS 6
HTRUSS
6
HTRUSS
6
HTRUSS 7
TRUSS
8
TRUSS
9
TRUSS 1
TRUSS 3
TRUSS 3
TRUSS
5
TRUSS
6
TRUSS
6
HTRUSS 7
HTRUSS 7
HTRUSS 7
HTRUSS
7
H
T
R
U
S
S
5
HTRUSS
8
HTRUSS
8
H
T
R
U
S
S
3
HTRUSS
9
HTRUSS
4
HTRUSS 14
HTRUSS 14
HTRUSS 14
HTRUSS 15
HTRUSS 15
RB2
2" X 3" WOOD PURLINS SPACED @ 600mm O.C.
ROOF BEAM PLAN
SCALE 1:200 METERS
ROOF FRAMING PLAN
SCALE 1:200 METERS
ROOF BEAM PLAN
ROOF FRAMING PLAN
SHEET NO.
13
Project Title: Checked by:
CONSTRUCTION OF A TWO-STOREY MARINE
Design by: Conformed by:
TIN:
PRC:
PTR:
Date:
Approved by: CONCEPTED by:
AutoCAD by:
Date Started:
Date Finished:
Location: VSU Tolosa Campus, Tanghas, Tolosa, Leyte, Philippines DIRECTOR, GSD VSU PRESIDENT Place:
Place:
Dr. EDGARDO E. TULIN
Engr. MARIO LILIO P. VALENZONA
MULTI-SPECIES HATCHERY BUILDING
24
Checked by:
Noted by:
ARNEL G. AGRAVA
HEAD, Office of the Planning &
Infrastructure Management VSU - Tolosa
13
S2
VP FOR FINANCE & ADMINISTRATION
OVPPRGAS
Dr. DILBERTO O. FERRAREN Dr. DANIEL LESLIE S. TAN
Sheet Contents:
3. A B E
C D F G H
1
2
3
4
5
6
0.80 4.15 0.80 6.25 0.80 16.15 0.80
0.80
7.20
0.80
3.20
0.80
20.75
0.80 7.20 0.80 12.15 0.80
29.75
29.75
7.20 0.80
0.80
8.15
0.80
10.20
0.80
0.80
7.15
20.75
FTB FTB
FIN. FLR. LINE
N.G.L.
SPACED @, 4- 0.05m., 5- 0.10m.,
BOTHWAYS SPCD AS SHOWN
6- 0.15m.,REST @ 0.20M. O.C.
0.40
M.
0.40
M.
0.60
M.
0.30
M.
0.70
M.
1.80
M.
0.80
M.
GRAVEL BED @ 10mm thk
(FROM FOOTING TO SECOND FLOOR)
(FROM SECOND FLOOR TO ROOF BEAM)
BED BARS BOTHWAYS SPCD
AS SHOWN
5 SPCD @ 0.10, 6 SPCD@ 0.15 REST @ 0.20m O.C
0.50 M.
2.00 M.
0.40
M.
2.00
M.
ROOF PLAN
SCALE 1:200 METERS
DETAIL OF C1F1
SCALE 1:30 METERS
ELEVATION
PLAN
ROOF PLAN
DETAIL OF C1F1
SHEET NO.
14
Project Title: Checked by:
CONSTRUCTION OF A TWO-STOREY MARINE
Design by: Conformed by:
TIN:
PRC:
PTR:
Date:
Approved by: CONCEPTED by:
AutoCAD by:
Date Started:
Date Finished:
Location: VSU Tolosa Campus, Tanghas, Tolosa, Leyte, Philippines DIRECTOR, GSD VSU PRESIDENT Place:
Place:
Dr. EDGARDO E. TULIN
Engr. MARIO LILIO P. VALENZONA
MULTI-SPECIES HATCHERY BUILDING
24
Checked by:
Noted by:
ARNEL G. AGRAVA
HEAD, Office of the Planning &
Infrastructure Management VSU - Tolosa
13
S3
VP FOR FINANCE & ADMINISTRATION
OVPPRGAS
Dr. DILBERTO O. FERRAREN Dr. DANIEL LESLIE S. TAN
Sheet Contents:
4. C1 C2
6 PCS SPCD AT 150mm AND REST AT 200mm O.C. UP TO H/2
4 PCS SPCD AT 50mm, 5 PCS SPCD AT 100mm,
LAT. TIES :
TIES :
SIZE :
VERT BARS :
SIZE :
VERT BARS :
TIES :
SCHEDULE OF COLUMNS
AS SHOWN
AS SHOWN
VERT BARS :
SIZE :
TIES :
AS SHOWN
0.40
0.50
0.40
0.50
0.30
0.40
FTB FTB
FIN. FLR. LINE
N.G.L.
SPACED @, 4- 0.05m., 5- 0.10m.,
6- 0.15m.,REST @ 0.20M. O.C.
BOTHWAYS SPCD AS SHOWN
GRAVEL BED @ 10mm thk
0.40
M.
0.80
M.
0.60
M.
0.40
M.
0.95
M.
1.80
M.
0.25
M.
(FROM FOOTING TO ROOF BEAM)
5 SPCD @ 0.10, 6 SPCD@ 0.15 REST @ 0.20m O.C
AS SHOWN
BED BARS BOTHWAYS SPCD
1.20
M.
0.40
M.
0.30 M.
1.20 M.
DETAIL OF C2F2
SCALE 1:30 METERS
ELEVATION
PLAN
DETAIL OF C2F2
SCHEDULE OF COLUMNS
SHEET NO.
15
Project Title: Checked by:
CONSTRUCTION OF A TWO-STOREY MARINE
Design by: Conformed by:
TIN:
PRC:
PTR:
Date:
Approved by: CONCEPTED by:
AutoCAD by:
Date Started:
Date Finished:
Location: VSU Tolosa Campus, Tanghas, Tolosa, Leyte, Philippines DIRECTOR, GSD VSU PRESIDENT Place:
Place:
Dr. EDGARDO E. TULIN
Engr. MARIO LILIO P. VALENZONA
MULTI-SPECIES HATCHERY BUILDING
24
Checked by:
Noted by:
ARNEL G. AGRAVA
HEAD, Office of the Planning &
Infrastructure Management VSU - Tolosa
13
S4
VP FOR FINANCE & ADMINISTRATION
OVPPRGAS
Dr. DILBERTO O. FERRAREN Dr. DANIEL LESLIE S. TAN
Sheet Contents:
5. A
A
STIRRUP REMARKS
STIRRUPS
4.00 / 3.00
FB
FTB1
MARK LENGTH
( m )
S C H E D U L E O F B E A M S
SUPPORT
STEEL REINFORCEMENT ( mm )
BOTTOM
TOP
MID - SPAN
300 x 450
SIZE
( mm )
200 x 400
- 3 PCS SPCD AT 0.05, 4 PCS SPCD AT 0.10, 6 PCS SPCD AT 0.15, AND REST SPCD AT 0.20 M O.C. UP TO MID-SPAN
- 2 PCS SPCD AT 0.05, 3 PCS SPCD AT 0.10, 5 PCS SPCD AT 0.15, AND REST SPCD AT 0.20 M O.C. UP TO MID-SPAN
MID. BAR
( mm )
A
FTB2
250 x 400
4.00
BOTTOM
TOP
A
RB1 200 x 350
A
RB2 200 x 400
A
WB 250 x 400
4.00
4.00 / 3.00
4.00 / 3.00
4.00 / 3.00
@ MID - SPAN @ SUPPORT
FTB2
@ MID - SPAN @ SUPPORT
RB1
0.25
0.40
0.25
0.40
0.20
0.35
0.20
0.35
FTB1
@ MID - SPAN @ SUPPORT
0.20
0.40
0.20
0.40
@ MID - SPAN @ SUPPORT
FB
0.30
0.45
0.30
0.45
@ MID - SPAN @ SUPPORT
WB
0.25
0.40
0.25
0.40
RB2
@ MID - SPAN @ SUPPORT
0.20
0.40
0.20
0.40
SCHEDULE OF BEAMS
SHEET NO.
16
Project Title: Checked by:
CONSTRUCTION OF A TWO-STOREY MARINE
Design by: Conformed by:
TIN:
PRC:
PTR:
Date:
Approved by: CONCEPTED by:
AutoCAD by:
Date Started:
Date Finished:
Location: VSU Tolosa Campus, Tanghas, Tolosa, Leyte, Philippines DIRECTOR, GSD VSU PRESIDENT Place:
Place:
Dr. EDGARDO E. TULIN
Engr. MARIO LILIO P. VALENZONA
MULTI-SPECIES HATCHERY BUILDING
24
Checked by:
Noted by:
ARNEL G. AGRAVA
HEAD, Office of the Planning &
Infrastructure Management VSU - Tolosa
13
S5
VP FOR FINANCE & ADMINISTRATION
OVPPRGAS
Dr. DILBERTO O. FERRAREN Dr. DANIEL LESLIE S. TAN
Sheet Contents:
6. R.C. BEAM
L
L/4
L/5
STIRRUP
SECTION
L/4
L/5
R.C. GIRDER
TYPICAL DETAIL OF BEAM SHOWING ADDITIONAL
STIRRUPS AT THE INTERSECTION OF BEAM AND GIRDER
L2
L2/5
L2/4
L1/5
L1/4
L1/5
D
@ MID-SPAN
B L1/4
L1
EXTERIOR SPAN
D
@ SUPPORT
B
L2/5
L2/4
INTERIOR SPAN
MID SPAN TOP BARS
RIGHT SUPPORT TOP BARS
MIDDLE BARS
( AS SPECIFIED )
RIGHT SUPPORT BOTTOM BARS
MID SPAN BOTTOM BARS
L3
L3/5
L3/4
TYPICAL CONVENTIONAL BEAM DETAIL
TYPICAL DETAIL OF BEAM
SHOWING ADDITIONAL STIRRUPS
TYPICAL CONVENTIONAL BEAM DETAIL
SHEET NO.
17
Project Title: Checked by:
CONSTRUCTION OF A TWO-STOREY MARINE
Design by: Conformed by:
TIN:
PRC:
PTR:
Date:
Approved by: CONCEPTED by:
AutoCAD by:
Date Started:
Date Finished:
Location: VSU Tolosa Campus, Tanghas, Tolosa, Leyte, Philippines DIRECTOR, GSD VSU PRESIDENT Place:
Place:
Dr. EDGARDO E. TULIN
Engr. MARIO LILIO P. VALENZONA
MULTI-SPECIES HATCHERY BUILDING
24
Checked by:
Noted by:
ARNEL G. AGRAVA
HEAD, Office of the Planning &
Infrastructure Management VSU - Tolosa
13
S6
VP FOR FINANCE & ADMINISTRATION
OVPPRGAS
Dr. DILBERTO O. FERRAREN Dr. DANIEL LESLIE S. TAN
Sheet Contents:
7. MID-SPAN
L2/4
L2
TOP BARS
L 2/5
LEFT SUPPORT
LEFT SUPPORT
BOTTOM BARS
D
@ MID-SPAN
L3
TOP BARS
B B
@ SUPPORT
D
L3/4
L3/5
L1
L2/4
RIGHT SUPPORT
BOTTOM BARS
L 2/5
L3/4
MIDDLE BARS
( AS SPECIFIED )
D
L3/5
RIGHT SUPPORT
TOP BARS
MID-SPAN
BOTTOM BARS
TYPICAL FOOTING TIE BEAM (FTB) DETAIL
100mm THK CONC. SLAB ON WELL
COMPACTED GRAVEL FILL. REINF.
O.C. BOTHWAYS
0.30
0.30
6.38 1.50
8.48
1.45
0.30
0.30
7.88
7.03 1.53 4.85
13.40
1.75
1.78
5.58
2.35
ENTRANCE STEPS & PWD RAMP FOUNDATION PLAN
SCALE 1:75 METERS
TYPICAL FOOTING TIE BEAM DETAIL
ENTRANCE STEPS & PWD RAMP
SHEET NO.
18
Project Title: Checked by:
CONSTRUCTION OF A TWO-STOREY MARINE
Design by: Conformed by:
TIN:
PRC:
PTR:
Date:
Approved by: CONCEPTED by:
AutoCAD by:
Date Started:
Date Finished:
Location: VSU Tolosa Campus, Tanghas, Tolosa, Leyte, Philippines DIRECTOR, GSD VSU PRESIDENT Place:
Place:
Dr. EDGARDO E. TULIN
Engr. MARIO LILIO P. VALENZONA
MULTI-SPECIES HATCHERY BUILDING
24
Checked by:
Noted by:
ARNEL G. AGRAVA
HEAD, Office of the Planning &
Infrastructure Management VSU - Tolosa
13
S7
VP FOR FINANCE & ADMINISTRATION
OVPPRGAS
Dr. DILBERTO O. FERRAREN Dr. DANIEL LESLIE S. TAN
FOUNDATION PLAN
Sheet Contents:
8. BOTTOM AT MID-SPAN
BARS PARALLEL TO LONG SPAN
TOP AT SUPPORT
( MM )
NOTES :
125
THICKNESS
PANELS AT THE COMMON SUPPORT.
MARK
FS1
TOP AT SUPPORT BOTTOM AT MID-SPAN
BARS PARALLEL TO SHORT SPAN
( LAPPED OR WELDED ) AT SUPPORT FOR BOTTOM BARS AND AT MID SPAN FOR TOP BARS.
DIFFERENT, THE SMALLER SPACING SHALL BE FOLLOWED OR ADAPTED ON BOTH SLAB
STRUCTURAL ENGINEER. STRAIGHT CONTINUOUS BARS IN SLAB MAY BE SPLICED
3. BARS SHALL BE SPLICED ONLY WHERE INDICATED ON DETAILS OR AS APPROVED BY THE
2. IF THE TOP BARS REINFORCEMENT OVER A COMMON SUPPORT OF TWO ADJACENT SPAN ARE
THE SHORTER SPAN SHALL HAVE THE BIGGER EFFECTIVE DEPTH, UNLESS OTHERWISE
DETAILED OR NOTED DUE TO THE CONTINUITY OF BARS FROM ADJOINING SPAN.
BOTTOM BARS, AND AT THE UPPER LAYER FOR TOP BARS SO THAT THE BARS ALONG
1. IN TWO- WAYS SLABS, THE BARS ALONG THE SHORT SPAN BE AT THE LOWER LAYER FOR
R E I N F O R C E M E N T ( MM )
S C H E D U L E O F F L O O R S L A B S
REMARKS
TWO-WAY
EXTRA BARS
L2
L2/4
LONG SPAN ( L )
L2/4
W2/4
L3/4
W3/4
W2/4
W1/4
W2
TOP BARS AT SUPPORT
L3/4
BOTTOM BARS AT MID-SPAN
TOP BARS AT SUPPORT
SHORT
SPAN
(
W
)
TYPICAL DETAIL OF TWO-WAY SLAB
(SHOWING TIE OR HOOP SPACING)
ELEVATION OF TIED COLUMN
Y
SPLICED
FLOOR BEAM
FLOOR LINE
SPLICING SHOULD
BE LOCATED AT
3 SETS TIES
COLUMN OR AT
1/3 OF COLUMN
HEIGHT
MID-HEIGHT OF
FLOOR
HEIGHT
(H1)
Y
Y
Y
FLOOR LINE
Y
" Y " - CLOSER SPACING
OF COLUMN TIES PER
SET AS SPECIFIED IN
FLOOR LINE
FLOOR BEAM
3 SETS TIES
NOTE :
THE COLUMN SCHEDULE
Y
FLOOR
HEIGHT
(H2)
SCHEDULE OF FLOOR SLABS
TYPICAL DETAIL OF TWO WAY SLAB
ELEVATION OF TIED COLUMN
SHEET NO.
19
Project Title: Checked by:
CONSTRUCTION OF A TWO-STOREY MARINE
Design by: Conformed by:
TIN:
PRC:
PTR:
Date:
Approved by: CONCEPTED by:
AutoCAD by:
Date Started:
Date Finished:
Location: VSU Tolosa Campus, Tanghas, Tolosa, Leyte, Philippines DIRECTOR, GSD VSU PRESIDENT Place:
Place:
Dr. EDGARDO E. TULIN
Engr. MARIO LILIO P. VALENZONA
MULTI-SPECIES HATCHERY BUILDING
24
Checked by:
Noted by:
ARNEL G. AGRAVA
HEAD, Office of the Planning &
Infrastructure Management VSU - Tolosa
13
S8
VP FOR FINANCE & ADMINISTRATION
OVPPRGAS
Dr. DILBERTO O. FERRAREN Dr. DANIEL LESLIE S. TAN
Sheet Contents:
9. CORE FILLED WITH
MORTAR FOR LATERAL
STABILITY AND SEALANT
12mm dia. HORIZONTAL BARS
CEMENT PLASTER
ALTERNATE LAYING OF 4" THK.
CHB WALL @ INTERSECTION
0.35 0.60
0.15
SPACED @ 0.30m O.C.
0.60
0.15
BOT. OF FOOTING
4" THK. CHB
FIN. GRADE LINE
FIN. FLR. LINE
SPACED @ EVERY
3 LAYERS
SPACED @ 0.30m O.C.
0.60
0.40
0.15
BOT. OF FOOTING
4" THK. CHB
FIN. GRADE LINE
FIN. FLR. LINE
0.40
3 LAYERS
W/ 12mm TRANS.BARS
SPACED @ 0.30M.O.C
0.40
4"THK CHB
PLAN
SECTION
DETAIL OF WALL FOOTING
SCALE 1:20 METERS DETAIL OF WALL INTERSECTION
SCALE 1:10 METERS
DETAIL OF WALL FOOTING
DETAIL OF WALL INTERSECTION
SHEET NO.
20
Project Title: Checked by:
CONSTRUCTION OF A TWO-STOREY MARINE
Design by: Conformed by:
TIN:
PRC:
PTR:
Date:
Approved by: CONCEPTED by:
AutoCAD by:
Date Started:
Date Finished:
Location: VSU Tolosa Campus, Tanghas, Tolosa, Leyte, Philippines DIRECTOR, GSD VSU PRESIDENT Place:
Place:
Dr. EDGARDO E. TULIN
Engr. MARIO LILIO P. VALENZONA
MULTI-SPECIES HATCHERY BUILDING
24
Checked by:
Noted by:
ARNEL G. AGRAVA
HEAD, Office of the Planning &
Infrastructure Management VSU - Tolosa
13
S9
VP FOR FINANCE & ADMINISTRATION
OVPPRGAS
Dr. DILBERTO O. FERRAREN Dr. DANIEL LESLIE S. TAN
Sheet Contents:
10. 0.20
0.30
L/4
2ND FLR. FIN. FLR LN
150MM THICKNESS
600
250
1.45
FLOOR LINE
HEIGHT
nosing
0.10
STAIR LANDING
ALTERNATELY BENT-UP @ L/4
0.10
FLOOR LINE
WB
ELEVATION
10mm dia. STIRRUPS
SPACED @ 0.15m O.C.
0.20m (min.) 0.20m (min.)
CHB WALL
1-12mm dia. VERTICAL
BARS TYPICAL
F.F.L.
SECTION
0.40
0.20
(
DOWEL
)
DOWEL BARS TO
MATCH VERTICAL BARS
2- 12mm dia. TOP BARS
2- 12mm dia. BOTTOM BARS
NTS
STRUCTURAL DETAIL OF STAIRS
TYPICAL DETAIL OF LINTEL BEAM AT CHB WALL OPENING
SCALE 1:40 METERS
SCALE NTS
STRUCTURAL DETAIL OF STAIRS
TYPICAL DETAIL OF LINTEL
BEAM AT CHB WALL
OPENING
SHEET NO.
21
Project Title: Checked by:
CONSTRUCTION OF A TWO-STOREY MARINE
Design by: Conformed by:
TIN:
PRC:
PTR:
Date:
Approved by: CONCEPTED by:
AutoCAD by:
Date Started:
Date Finished:
Location: VSU Tolosa Campus, Tanghas, Tolosa, Leyte, Philippines DIRECTOR, GSD VSU PRESIDENT Place:
Place:
Dr. EDGARDO E. TULIN
Engr. MARIO LILIO P. VALENZONA
MULTI-SPECIES HATCHERY BUILDING
24
Checked by:
Noted by:
ARNEL G. AGRAVA
HEAD, Office of the Planning &
Infrastructure Management VSU - Tolosa
13
S10
VP FOR FINANCE & ADMINISTRATION
OVPPRGAS
Dr. DILBERTO O. FERRAREN Dr. DANIEL LESLIE S. TAN
Sheet Contents: