Tag: engineering concepts
We are providing the Engineering concepts and all Architectural, Civil & Structural engineering Drawings, Pdfs, Word documents, Excels, Free Engineering Books, BIM models & Thesis kind of support.
HOUSE PLAN 35 x 60 | WEST FACING |
House Plan ground floors, the floors are completely utilized without wastage. The plot size is 60 feet x 35 feet. Total plinth area of building is 2100 sqft. And The Built up area is 1800 sqft at ground floor with fully occupied floor place. 3 BHK at ground floor independent house type. The house plans… Read more
Transformer Foundation with Soak Pit Layout and Details
A transformer foundation with a soak pit is designed to support the weight of the transformer, distribute loads evenly, and provide an oil containment system in case of leakage. The soak pit ensures safe disposal of transformer oil, preventing environmental contamination. 1. Purpose of Transformer Foundation with Soak Pit ✔️ Provides a stable and vibration-free… Read more
Grating Standard Details and Specifications
Grating Details and Requirements Gratings are open-grid flooring systems made from metal or fiberglass used in industrial, commercial, and infrastructure applications. They provide load-bearing capacity, drainage, ventilation, and slip resistance, making them essential for walkways, platforms, stair treads, drainage covers, and mezzanine floors. 1. Purpose & Benefits of Gratings ✔️ Provides a safe walking surface… Read more
Chequered Plate Standard Details
Chequered Plate Standard Details A chequered plate (also known as a checker plate, tread plate, or diamond plate) is a steel or aluminum plate with a raised pattern for slip resistance and durability. It is widely used in industrial flooring, stair treads, ramps, walkways, and vehicle platforms. 1. Purpose & Benefits of Chequered Plates ✔️… Read more
Handrail Details for Steel Structural Floors
Details and Requirements of Handrails for Steel Structural Floors Handrails are essential for safety and accessibility in steel structural floors, walkways, platforms, staircases, and industrial structures. They prevent falls, provide support, and must comply with safety standards and regulations like OSHA, ANSI, IS, and Eurocodes. 1. Purpose of Handrails in Steel Structures ✔️ Provides fall… Read more
Cable Pull Pit Requirements and Details
Cable Pull Pit Requirements and Details A cable pull pit (also called a cable pulling chamber or pull box) is an essential component of underground electrical and telecommunication systems. It is used to facilitate cable pulling, maintenance, and jointing for electrical and fiber optic cables. These pits reduce friction and tension in long cable runs… Read more
Laboratory Building Plan and Architecture Details
Laboratory Building Plan Requirements for Industries Designing an industrial laboratory building requires careful planning to ensure functionality, safety, regulatory compliance, and efficiency. Laboratories in industries—such as pharmaceutical, chemical, biotechnology, food processing, and research facilities—must be designed to meet operational needs, safety protocols, and environmental standards. 1. Key Considerations for Industrial Laboratory Planning a. Purpose and… Read more
Structural Bolt Details Types Grades and Applications
Structural Bolt Details: Types, Grades, and Applications Structural bolts are high-strength fasteners used to connect steel members in buildings, bridges, and industrial structures. They provide strong, reliable, and durable connections in structural steelwork, ensuring safety and stability under various loading conditions. 1. Types of Structural Bolts a. Based on Strength & Application Bolt Type Description… Read more
HOUSE PLAN 40 x 60 | NORTH FACING |
HOUSE PLAN 40 x 60 | NORTH FACING | House Plan ground + first floors, the floors are completely utilized without wastage. The plot size is 40 feet x 60 feet. Total plinth area of building is 2400 sqft. And The Built up area is 1650 sqft at ground floor and 1650 sqft at first… Read more
Finishing Schedule Drawing for Doors, Windows, and Rolling Shutters
How to Prepare a Finishing Schedule Drawing for Doors, Windows, and Rolling Shutters A finishing schedule for doors, windows, and rolling shutters is essential in architectural and construction projects to specify the materials, finishes, colors, and types of hardware for each element. It helps ensure consistency, quality control, and accurate execution during construction. 1. Purpose… Read more
Workshop Building Architectural Layout
How to Prepare an Architectural Layout for a Workshop Building in Industrial Projects Designing an architectural layout for a workshop building in an industrial project requires careful planning to optimize functionality, workflow, safety, and future expansion. The layout must consider operational requirements, zoning regulations, building codes, and environmental factors. 1. Key Considerations for Workshop Layout… Read more
Calculation of Foundation Bearing Capacity as per IS 6403 – 1981
The IS 6403:1981 standard provides guidelines for calculating the bearing capacity of shallow foundations, ensuring safety and stability of structures. The standard defines methods to determine ultimate bearing capacity (qᵤ), safe bearing capacity (qₛ), and allowable bearing pressure based on Terzaghi’s and Meyerhof’s theories. 1. Types of Bearing Capacity 2. Bearing Capacity Formula as per… Read more
Terzaghi’s Bearing Capacity Calculation For Foundations
How to Calculate Bearing Capacity of a Foundation The bearing capacity of a foundation is the ability of the soil to support the loads applied by a structure without excessive settlement or failure. It is crucial in foundation design to ensure stability and safety. 1. Types of Bearing Capacity 2. Terzaghi’s Bearing Capacity Equation (For… Read more
DESIGN AND CONSTRUCTION METHOD OF MULTISTORY CONCRETE BUILDINGS
The recommendations which should be taken into account in designing the multistoried reinforced concrete buildings so as to achieve their adequate safe behavior under future earthquakes. The Indian Standard Code IS:1893 was suitably updated in 2002 so as to address the various design issues brought out in the earthquake behavior of the RC Buildings. The… Read more
HOUSE PLAN 60 x 60 | SOUTH FACING |
HOUSE PLAN 60 x 60 | SOUTH FACING | House Plan ground + first floors, the floors are completely utilized without wastage. The plot size is 60 feet x 60 feet. Total plinth area of building is 3600 sqft. And The Built up area is 2300 sqft at ground floor and 1700 sqft at first… Read more
HOUSE PLAN 60 x 30 | EAST FACING |
HOUSE PLAN 60 x 30 | EAST FACING | House Plan ground + first floors, the floors are completely utilized without wastage. The plot size is 60 feet x 30 feet. Total plinth area of building is 1800 sqft. And The Built up area is 1500 sqft at ground floor and 1500 sqft at first… Read more
HOUSE PLAN 28 x 31 | WEST FACING |
HOUSE PLAN 28 x 31 | WEST FACING | House Plan ground + first floors, the floors are completely utilized without wastage. The plot size is 28 feet x 31 feet 6 inch Total plinth area of building is 882 sqft. And The Built up area is 765 sqft at ground floor and 354 sqft… Read more
SHEAR FORCE AND BENDING MOMENT DIAGRAMS WITH FORMULA
Introduction Figures 1 through 32 provides a series of shear and moment diagrams with accompanying formulas for design of beams under various static loading conditions. Notations Relative to “Shear and Moment Diagrams E = modulus of elasticity, psi I = moment of inertia, in.4 L = span length of the bending member, ft. R =… Read more
HOUSE PLAN 43 x 66 | SOUTH FACING |
HOUSE PLAN 43 x 66 | SOUTH FACING | House Plan ground + first floors, the floors are completely utilized without wastage. The plot size is 43 feet x 66 feet. Total plinth area of building is 2838 sqft. And The Built up area is 1310 sqft at ground floor and 380 sqft at first… Read more
Canadian Code Seismic Calculation Example
The National Building Code of Canada (NBC) 2020 provides the latest guidelines for seismic design, ensuring structures can withstand seismic events. Here’s an overview of the seismic calculation procedure as per NBC 2020: 1. Determine Seismic Hazard Values Utilize the 2020 National Building Code of Canada Seismic Hazard Tool to obtain site-specific seismic hazard values.… Read more
Weathering Course in RCC Roof
Procedure for Weathering Course in RCC Roof A weathering course is a protective layer applied on RCC roofs to prevent water seepage, thermal stresses, and enhance the durability of the structure. It is particularly important in areas with high rainfall and temperature variations. 1. Purpose of Weathering Course Prevent water leakage into the roof slab.… Read more
Rolling Shutter Fixing Detail with RCC Beam
Rolling Shutter Fixing Detail with RCC Beam Rolling shutters are often used in commercial, industrial, and residential buildings for security and ease of operation. Fixing a rolling shutter to an RCC beam requires precise detailing to ensure stability, durability, and proper functionality. 1. Components of Rolling Shutter Fixing RCC Beam: Acts as the primary structural… Read more
HOUSE PLAN 35 x 50 | SOUTH FACING |
HOUSE PLAN 35 x 50 | SOUTH FACING | House Plan ground + first floors, the floors are completely utilized without wastage. The plot size is 60 feet x 60 feet. Total plinth area of building is 3600 sqft. And The Built up area is 2210 sqft at ground floor and 1600 sqft at first… Read more
APARTMENT PLAN 53 x 62 | EAST & WEST Facing |
HOUSE PLAN 53 x 62 | Apartment Type EAST & WEST Facing | House Plan ground + first floors+ Second floor, the floors are completely utilized without wastage. The plot size is 53 feet x 62 feet. Total plinth area of building is 3286 sqft. And The Built up area is 2632 sqft at first… Read more
Duct Bank Details and Pipe Sleeves Details
Duct Bank Details and Pipe Sleeves Details A duct bank is an underground network of conduits (typically PVC, HDPE, or concrete) encased in concrete to provide a protected pathway for electrical cables, communication lines, or other utilities. Duct banks are widely used in industrial plants, power distribution networks, and commercial infrastructure to organize and protect… Read more
Handrail Details | Construction Methods and Types of Handrail |
Methods of Typical Handrail Construction in RCC Structures Handrails in RCC structures are important safety elements used in stairs, ramps, balconies, and walkways. Their construction involves proper design and execution to ensure safety, durability, and compliance with codes. Below are the common methods and details for constructing handrails in RCC structures: 1. Types of Handrails… Read more
Details of Ramp
Methods and Details of Ramp Construction Ramps are inclined surfaces designed to provide smooth access between different levels for pedestrians, vehicles, or equipment. Proper design and construction ensure safety, usability, and durability. Below are the methods and details of ramp construction, categorized by type and purpose: 1. Types of Ramps Pedestrian Ramps: Used for wheelchair… Read more
Design Calculation of Steel Shelter – AISC 360
PURPOSE AND SCOPE The scope of this document is to provide the calculations for the Analysis and Design of Steel Shelter. The software used for structural analysis and design is STAAD Pro Connect Edition. .A three-dimensional model of shelter structure is created in STAAD and all relevant loads are applied in accordance with ASCE 7-10… Read more
Cage Ladder Specification and Detail Drawing
Detailed Specification for Steel Cage Ladders Steel cage ladders are robust, durable, and commonly used in industrial, commercial, and utility applications where vertical access with safety is required. Below is a comprehensive list of specifications for designing and constructing a steel cage ladder based on general industry standards like OSHA, ANSI, and IS 8172. 1.… Read more
Effective Length for RCC Columns
In STAAD.Pro, ELY and ELZ are parameters used to define the effective length factors of a column in the major axis (local Y-axis) and minor axis (local Z-axis), respectively. These parameters are essential when designing RCC columns to account for buckling in different directions as per the relevant design code, such as IS 456:2000. How… Read more
Design of Staircase Waist Slab
Design of Staircase Waist Slab A waist slab is the inclined structural element of a staircase that supports steps and transfers the loads to supporting beams or walls. Here’s a detailed step-by-step guide for designing a waist slab as per IS 456:2000: Given Parameters: “Do write the details in the Yellow cells only and do… Read more
Monorail Beam Design
Designing a monorail beam as per IS 800:2007 (General Construction in Steel – Code of Practice) involves several steps to ensure that the structure is capable of supporting the loads applied during its operation. Monorails are commonly used in material handling systems and typically consist of a steel beam supporting a trolley or hoist for… Read more
Concrete Beam Design as per Canadian Code (CSA A23.3-19)
Concrete Beam Design as per Canadian Code (CSA A23.3-19) The design of concrete beams in Canada is governed by CSA A23.3-19: Design of Concrete Structures, which provides guidelines for strength, serviceability, and durability of reinforced concrete elements. Below is a step-by-step approach to designing a concrete beam according to the Canadian code. 1. Key Parameters… Read more
Wind Load Calculation as per Canadian Code | NBCC 2020 |
To calculate wind load as per the National Building Code of Canada (NBCC) 2020, the following steps summarize the process: 1. Reference Code and Formula Wind load calculation is governed by NBC 2020, specifically the provisions in Part 4, Section 4.1.7 (Wind Loads). The wind pressure (q) is calculated using: q=Iw⋅Ce⋅Cg⋅Cp⋅p Where: Iw: Importance factor… Read more
Fencing Detail Drawing
Fencing Detail Drawing Requirements To create a comprehensive fencing detail drawing, ensure the following components and details are included: 1. Plan View Show the layout of the fence, including: Total length of the fence. Location of posts (spacing, corner posts, and gate posts). Alignment with property boundaries or site limits. Gate locations and dimensions. 2.… Read more
HOUSE PLAN 40 x 60 | NORTH FACING |
HOUSE PLAN 40 x 60 | NORTH FACING | House Plan ground + first floors, the floors are completely utilized without wastage. The plot size is 40 feet x 60 feet. Total plinth area of building is 2400 sqft. And The Built up area is 1830 sqft at ground floor and 1210 sqft at first… Read more
HOUSE PLAN 60 x 30 | SOUTH FACING |
HOUSE PLAN 60 x 30 | SOUTH FACING | House Plan ground + first floors, the floors are completely utilized without wastage. The plot size is 60 feet x 30 feet. Total plinth area of building is 1800 sqft. And The Built up area is 1530 sqft at ground floor and 1530 sqft at first… Read more
RCC Fencing Post Details
Requirements for RCC Fence Posts RCC (Reinforced Cement Concrete) posts are commonly used for durable fencing solutions. Below are the key requirements and considerations: 1. Material Requirements Cement: Use OPC 43/53 grade cement for strength and durability. Aggregate: Coarse Aggregate: Crushed stone with a maximum size of 20 mm. Fine Aggregate: Clean sand with proper… Read more
HOUSE PLAN 30 x 40 | NORTH FACING |
HOUSE PLAN 30 x 40 | NORTH FACING | North facing House Plan 30 x 40 ground + first floors, the floors are completely utilized without wastage. The plot size is 30 feet x 40 feet. Total plinth area of building is 1200 sqft. And The Built up area is 950 sqft at ground floor… Read more
HOUSE PLAN 45 x 45 | WEST FACING |
HOUSE PLAN 45 x 45 | WEST FACING | House Plan ground + first floors, the floors are completely utilized without wastage. The plot size is 45 feet x 45 feet. Total plinth area of building is 2025 sqft. And The Built up area is 1600 sqft at ground floor and 1150 sqft at first… Read more
HOUSE PLAN 40 x 40 | WEST FACING |
HOUSE PLAN 40 x 40| WEST FACING | West facing House Plan 40 x40 ground + first floors, the floors are completely utilized without wastage. The plot size is 40 feet X 40 feet. Total plinth area of building is 1600 sqft. And The Built up area is 1290 sqft at ground floor and 550… Read more
HOUSE PLAN 30 x 50 | SOUTH FACING |
HOUSE PLAN 30 x 50 | SOUTH FACING | House Plan ground + first floors, the floors are completely utilized without wastage. The plot size is 30 feet X 50 feet. Total plinth area of building is 1500 sqft. And The Built up area is 1160 sqft at ground floor and 670 sqft at first… Read more
Modern House Front Elevation Design
Designing a Front Elevation involves creating an attractive and functional exterior view of a building. It is the most visible part of the structure, representing its architectural style and design. Here’s how to design a front elevation: Steps for Designing Front Elevation 1. Understand the Requirements Building Type: Residential, commercial, or industrial. Architectural Style: Modern,… Read more
Transformer Foundation Design
Designing a transformer foundation involves considering the transformer’s size, weight, dynamic forces, and environmental conditions to ensure safety and stability. Here’s a step-by-step guide to designing a transformer foundation: Transformer Foundation Design 1. Understand the Design Requirements 2. Determine Foundation Type 3. Structural Design A=Wqallowable Where W is the total load and q allowable … Read more
Gypsum Board False Ceiling Installation
Gypsum board false ceiling installation layout and details Installing a false ceiling with gypsum board involves a step-by-step process that ensures durability and a professional finish. Here’s how to fix a gypsum board false ceiling: Step-by-Step Procedure 1. Prepare the Ceiling Area Clean the existing ceiling surface to remove dust or debris. Mark the required… Read more
Box Culvert Design
Box culvert design according to IRC 6 (Standard Specifications and Code of Practice for Road Bridges, Section II) involves several considerations for structural strength, stability, and durability. Here are the main design bases to consider: 1. Load Considerations Dead Load: Weight of the box culvert, including the self-weight of the concrete, parapets, and other permanent… Read more
Design of Anchor Reinforcement in Concrete Pedestals
Design of Anchor Reinforcement in Concrete Pedestals Pedestal rebars parallel to anchor bolts have been checked in order to verify their capability to absorb the tensile force transferred by the anchor bolts. Stirrups have been checked to verify their capability to tranfer to concrete the shear force transmitted by the anchor bolts. The value of… Read more
Wind Load Calculation for Pipe Rack
To calculate wind load on Pipe racks, open structures, cable trays and pipes as per ASCE 7-10, use the following approach, accounting for the cylindrical shape and exposure to wind. For wind load calculations in metric units as per ASCE 7-10, the primary difference lies in the units for wind speed and pressure. Here’s how to calculate wind… Read more
Apartment House Plan | West Facing 60 x 60 |
HOUSE PLAN 60 x 60 | WEST FACING | House Plan ground + first floors, the floors are completely utilized without wastage. The plot size is 60 feet X 60 feet west facing. Total plinth area of building is 3600 sqft. And The Built up area is 2700 sqft at ground floor and 2990 sqft… Read more
kitchen marble design 30+
Here is a modern kitchen design with luxurious marble elements. It showcases a sleek and elegant space, featuring marble countertops and backsplashes that enhance the overall aesthetic Read more
Wind Load Calculation as per IS 875 Part 3 2015
Wind Load Calculation Wind speed -33m/sec From Ground floor to Slab level – 14.675m SLAB LEVEL to NEXT Slab level – 9.0 m Horizontal support interval – 1.55m Height of the building = 27.725m say 28m Length = 39.450m Width = 22.195m Dead load = self weight of beam Wind load WIND SPEED – 42M/SEC… Read more
DESIGN BASIS FOR CIVIL AND STRUCTURAL
Design Basis for Civil and Structural SPECIFIC DESIGN REQUIREMENTS [CIVIL] CONTENT CLAUSE NO. 1.00.00 DESCRIPTION INTRODUCTION PAGE NO. 1 2.00.00 GEO-TECHNICAL SYSTEM 1 3.00.00 LOADS 1 4.00.00 DESIGN OF REINFORCED CONCRETE STRUCTURE 10 5.00.00 FOUNDATION DESIGN 11 6.00.00 GENERAL REQUIREMENTS 15 7.00.00 ROADS 17 8.00.00 DRAINAGE 17 9.00.00 MISCELLANEOUS… Read more
Green Building
A green building is a structure designed, constructed, and operated to minimize its environmental impact and create a healthy, sustainable space. The concept of green building, also known as sustainable building or eco-friendly building, emphasizes the efficient use of resources like energy, water, and materials, as well as the reduction of pollution and waste throughout… Read more
Fireproofing Details
Fireproofing, also known as fire-resistive protection, is crucial for structural elements in buildings to prevent collapse and provide safety during a fire. The American codes, such as the International Building Code (IBC), American Society for Testing and Materials (ASTM) standards, and NFPA 221, offer guidelines for fireproofing structural elements like steel beams, columns, and floors.… Read more
Response Spectrum Analysis in STAAD pro
In STAAD.Pro, combining loads using the SRSS (Square Root of the Sum of the Squares) method is not directly available as a load combination type. However, you can implement it through a workaround in the STAAD Editor by writing load combinations for the relevant seismic or lateral loads and then manually applying the SRSS method… Read more
SHELTER WITH 25T CRANE DRAWING | PEB SHED |
Designing a shelter with a 25-ton capacity crane involves structural considerations to support the heavy load and movement of the crane. Below is a guide for creating the basic drawing and concepts for such a structure. Key Elements of the Shelter with Crane: Basic Drawing Requirements: Read more
HOUSE PLAN 20 x 60 | WEST FACING |
HOUSE PLAN 20 x 60 | WEST FACING | House Plan ground + first floors, the floors are completely utilized without wastage. The plot size is 60 feet X 20 feet West Facing. Total plinth area of building is 1200 sqft. And The Built up area is 995 sqft at ground floor and 680 sqft… Read more
WEST FACING HOUSE PLAN 50 x 40 | DUPLEX TYPE |
HOUSE PLAN 50 x 40| WEST FACING | House Plan ground + first floors, the floors are completely utilized without wastage. The plot size is 50 feet X 40 feet west facing. Total plinth area of building is 2000 sqft. And The Built up area is 1500 sqft at ground floor and 810 sqft at… Read more
Side Face Reinforcement as per ACI & IS code
Side face reinforcement – IS 456:2000 (Indian Standard) The side face reinforcement in structural elements, particularly beams, is required to control crack widths due to lateral shear forces and to prevent the sides from cracking under load. The provision of side face reinforcement is mandatory when the depth of the beam exceeds a certain limit,… Read more
HOUSE PLAN 35 x 50 | EAST FACING |
HOUSE PLAN 35 x 50 | EAST FACING | House Plan ground + first floors, the floors are completely utilized without wastage. The plot size is 35 feet X 50 feet east facing. Total plinth area of building is 1750 sqft. And The Built up area is 1400 sqft at ground floor and 110 sqft… Read more
HOUSE PLAN 25 x 60 | NORTH FACING |
HOUSE PLAN 25 x 60 | NORTH FACING | House Plan ground + first floors, the floors are completely utilized without wastage. The plot size is 25 feet X 60 feet North Facing. Total plinth area of building is 1500 sqft. And The Built up area is 1070 sqft at ground floor with fully occupied… Read more
Design of Cold-Formed Steel Structures as Per IS 801
www.rcenggstudios.com Shelter Design Using Cold Formed Steel Section ABSTARCT: Cold formed steel section are extensively used in industrial and many other non- Industrial constructions worldwide, it is relatively a new concept in India. These concepts were introduced to the Indian market lately in the 1990’s with the opening up o f the Indian economy and… Read more
HOUSE PLAN 30 x 40 | EAST FACING |
HOUSE PLAN 30 x 40| EAST FACING | House Plan ground + first floors, the floors are completely utilized without wastage. The plot size is 30 feet x 40 feet East Facing. Total plinth area of building is 1200 sqft. And The Built up area is 963 sqft at ground floor and 520 sqft at… Read more
HOUSE PLAN 30 x 40| NORTH FACING |
HOUSE PLAN 30 x 40| NORTH FACING | House Plan ground + first floors, the floors are completely utilized without wastage. The plot size is 30 feet x 40 feet. Total plinth area of building is 1200 sqft. And The Built up area is 850 sqft at ground floor and 900 sqft at first floor… Read more
Lifting Padeye Design
Padeye is a plate or attachment point commonly used in lifting and rigging operations to connect slings, shackles, or other lifting equipment. Proper design and calculation of a padeye are essential to ensure safe lifting operations. The calculation is based on factors such as load capacity, thickness of the plate, material properties, and hole size… Read more
33×66 North Facing Ground Floor Plan with Vastu
The post discusses a ground floor plan with dimensions 33×66 that adheres to full Vastu principles. It implies a design or blueprint that is created with strict adherence to Vastu Shastra guidelines, aiming for harmony and positivity in the living space. Read more
DESIGN OF WIND PRESSURE AS PER EN 1991-1-4
The calculation for wind load as per EN 1991-1-4 for a gas plant located in a terrain category I includes parameters such as a fundamental basic wind velocity of 32.30 m/s, a directional factor and season factor of 1.00 each, and various terrain factors and roughness lengths. Wind turbulence intensity and peak velocity pressure vary… Read more
House Plan with Photos | Architect Detail Drawing |
Creating an architectural drawing involves several steps, from initial conceptual sketches to detailed, scaled plans. Here’s a comprehensive guide on how to create an architectural drawing: Gather Requirements and Site Analysis Client Briefing: Understand the client’s needs, preferences, and budget. Discuss the purpose, function, and aesthetics of the project. Site Analysis: Analyse the site location,… Read more
Trench Details
Designing a reinforced concrete (RCC) trench involves several steps to ensure it can handle the intended loads and environmental conditions. Here’s a detailed guide on designing an RCC trench, including structural design considerations, reinforcement details, and construction steps. Key Design Considerations Purpose and Use Dimensions Load Requirements Material Specifications Reinforcement Details Drainage Provisions Construction Steps… Read more
PRECAST COVER SLAB DETAILS
Designing a precast cover slab for a trench involves ensuring the slab can handle expected loads, fits the trench dimensions, and meets relevant safety and durability standards. Below is a detailed guide to designing a precast cover slab for a trench: Key Design Considerations Load Requirements Dimensions Reinforcement Materials Manufacturing Tolerances Handling and Installation Safety… Read more
Grade Slab Details
Paving or Grade slab Details A grade slab, also known as a ground-bearing slab, is a type of concrete slab that is directly supported by the ground and typically used as the foundation for buildings and other structures. Here are the details for designing and constructing a grade slab: Components and Structure Subgrade Preparation… Read more
Resort Cottage Plan
Designing a cottage plan involves creating a cozy, functional, and aesthetically pleasing layout that maximizes the use of space while incorporating essential elements of cottage living. Here’s a detailed guide to creating a cottage plan: Key Elements of a Cottage Plan Living Area Kitchen and Dining Area Bedrooms Bathrooms Outdoor Spaces Storage Solutions Entryway and… Read more
LOAD COMBINATIONS NBCC 2023
LOAD COMBINATIONS CANADIAN CODE NBCC 2023 The National Building Code of Canada (NBCC) 2023 provides updated guidelines for load combinations used in the design of structures. These combinations ensure that buildings can safely withstand various types of loads they may encounter, including dead loads, live loads, wind loads, snow loads, and earthquake loads. Below are… Read more
DESIGN OF PIPERACK STRUCTURE
DESIGN OF PIPERACK STRUCTURE – ASCE 7-10 The length of Pipe rack 42m is considered to avoid forces due to thermal expansion of pipe rack under ambient temperature and free to expand at ends. This is general engineering practice for Pipe rack design with single vertical bracings and mentioned in “Design Specification for Steel Structures”… Read more
HOUSE PLAN 29 x 44 | EAST FACING | DUPLEX HOUSE
HOUSE PLAN 29 x 44| EAST FACING | DUPLEX HOUSE Best Front Elevation House Plan ground + first floors, the floors are completely utilized without wastage. The plot size is 29 feet x 44 feet. Total plinth area of building is 2800sqft. And The Built up area is 1300 sqft with fully occupied floor place.… Read more
Design of Pipe Support Foundation Calculation
Design of Pipe Support Foundation Calculation Piping Input: GA and Reinforcement Details of Pipe Support Foundation Concrete foundation design calculation and detail drawings for supports. The design calculations were carried out according to the procedures given in the reference IS codes and standards. The Limit State design approach was used. Spread sheets were utilized for… Read more
DIRECT ANALYSIS METHOD AISC 360-05 AND ITS IMPLEMENTATION IN STAAD
DIRECT ANALYSIS AS PER THE AISC 360-05 AND ITS IMPLEMENTATION IN STAAD Stability of a Structure The AISC 360-05 Chapter-C specifies that the stability shall be provided for the structure as a whole and for each of its elements. That means the stability needs to be maintained for the individual members, connections, joints and other building… Read more
PILE FOUNDATION | TYPE OF PILES | TEST METHODS AND SITE EXECUTION |
Types of Pile Foundation A pile foundation is a series of columns constructed into the ground to transfer loads to a lower level of subsoil. Piles are long cylinders made of a strong material, such as concrete or steel. Piles are pushed into the ground to act as a steady support for structures built on… Read more
HOUSE PLAN WITH OFFICE AT GROUND FLOOR 27 x 88 | NORTH FACING |
House Plan with office place at ground floor with shop at front + first floors, the floors are completely utilized without wastage. The plot size is 27 feet x 88 feet . Total plinth area of building is 2376sqft. And The Built up area is 1134 sqft with fully occupied floor place. Portico area 331… Read more
MARRIAGE HALL PLAN 33 x 77 | SOUTH FACING |
Marriage Hall plan layouts Read more
HOUSE PLAN 40 x 46 | North Facing |
House Plan 40×46 feet Duplex House – 3BHK with Roof Garden Drawing Files availab Read more
DEVELOPMENT LENGTH OF REBAR
How to calculate the development length for different grades of concrete as per IS 456? Development Length Formula As per IS Code 456:2000, (Clause 26.2.1) Development length can be calculated using the below formula Ld = Фσs/4τbd Where, Ф = diameter of the reinforcement bar σs = Stress developed in a bar at section considered at load design τbd =… Read more