Building codes and housing

ይህ መጣጥፍ እስከ ምን ድረስ የግንባታ ኮዶች የግንባታ ወጪ ላይ ተፅዕኖ እንዳለው ይናገራል።

Rutgers university
Daivid Listokin

David B.Hattis
Building Technology Inc.

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Building codes

Content of this lecture

👉🏿History of building codes
👉🏿purpose
👉🏿code evolution
👉🏿legacy codes
👉🏿nationally recognized codes and standards
👉🏿ICC codes Adapted by NYS
👉🏿 objective of the codes
👉🏿codes focuses
👉🏿 building occupancy
👉🏿code and safety planning
👉🏿 means of Egress
👉🏿codes and safety planning
👉🏿using the codes in the Design process

ቀለል ተደርጎ የተሰደረ የ building code lecture ነው።

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Building laws and codes practices

1. Introduction to codes of practice

Part 1: definition
Part 2: administration
Part 3: development control rules and general building requirements
Part 4: fire and life safety
Part 5: building materials
Part 6: structural design
Part 7: constructional practices and safety
Part 8: building services
Part 9 : plumbing service
Part 10: sec1 :landscape planning and design
Part 10: sec 2: signs and outdoor display structures

2. Application of codes of practice

© copyrights Amity school of architecture and planning

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@etconp

Building laws and codes practices

1. Introduction to codes of practice

Part 1: definition
Part 2: administration
Part 3: development control rules and general building requirements
Part 4: fire and life safety
Part 5: building materials
Part 6: structural design
Part 7: constructional practices and safety
Part 8: building services
Part 9 : plumbing service
Part 10: sec1 :landscape planning and design
Part 10: sec 2: signs and outdoor display structures

2. Application of codes of practice

© copyrights Amity school of architecture and planning

#buildingcodes #share

@etconp

👉Here are the detailed staircase design guidelines

Key Components of a Staircase

- Tread: The horizontal surface where you step. Standard size ranges from 250–300 mm.
- Riser: The vertical height between steps, usually 150–200 mm.
- Landing: A flat resting platform between flights or at the top/bottom.
- Stringer: The inclined structural member that supports the steps.
- Support: Walls, beams, or columns that bear the staircase load.

Design Rules (Thumb Rules)

- Tread size: 250–300 mm (comfortable walking space).
- Riser height: 150–200 mm (safe climbing height).
- Steps per flight: Maximum 12–15 steps; if more, divide into two flights with a landing.
- Clear width: Minimum 900 mm; recommended 1000 mm for safety and comfort.
- Formula check: \(2R + T = 600–650 \, mm\).
Ensures balance between riser and tread.

Comfort & Safety Tips

- Maintain uniform riser and tread dimensions throughout.
- Provide handrails for staircases wider than 900 mm.
- Ensure proper lighting and ventilation.
- Use non-slip materials for treads.
- Always follow local building codes and standards.

Example Calculation (Floor Height = 3.0 m)

- Riser = 150 mm → 20 risers total.
- Steps per flight = 10 → Two flights recommended.
- Tread = 300 mm → Comfortable walking surface.
- Clear width = 1000 mm → Safe and spacious.

Summary

A well-designed staircase balances safety, comfort, and compliance. The thumb rule formula \(2R + T\) ensures ergonomic proportions, while proper width, landings, and handrails enhance usability.

#StaircaseDesign #CivilEngineering #ConstructionSafety #StructuralDetails #BuildingCodes #ComfortAndSafety

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