This document summarizes Rapidwall, a prefabricated load-bearing wall system used for construction. Some key points: - Rapidwall panels are manufactured off-site to precise specifications and delivered ready for quick assembly on-site. - They provide benefits like reduced construction time, lower costs, sustainability, and less need for specialized labor compared to traditional building methods. - The cellular Rapidwall panels are made of recycled materials, are fire resistant, earthquake proof, and recyclable themselves at the end of the building's life.

1. CONTAINERS:
RAPID WALLS
PREPARED BY:
AIZEL ANTONY
SEM VI
KMEA COLLEGE OF ARCHITECTURE

2. •Developed in Australia in the early 1990s,
Rapidwall is now in use in a number of
countries around the world .
•Rapidwall is a cost effective prefabricated load-
bearing, single panel, walling system with
significant benefits for the building industry,
especially in the speed of construction.
•Manufactured to precise specifications the
panels are cut in the factory and delivered on-
site ready for erection.
•Unlike other systems Rapidwall can be erected
by a small crew of trained manual workers
thereby reducing the need for traditional
building skills.
INTRODUCTION

3. RANGE OF USES:
• Domestic homes. ˆ
• Multi-storey buildings. ˆ
• Formwork for suspended concrete floor structures. ˆ
• Most other purposes for which traditional building
materials are currently used.
•Around the world there is a growing need for low energy, low
cost, environmentally friendly and ecologically sound building
solutions.
•Rapidwall is 100% recyclable; earthquake, fire and cyclone
tested to the highest standards as well as being rot, and
termite resistant.
•Off cuts from panels can be returned to factory for recycling.

4. • Our India is still a developing country fighting
with a huge shortage of housing every year.
• We need a very fast construction technology
which can increase our development rate
• Conventional methods of construction lead to
formation of huge amount of CO2 (about 40% is
developed due to construction industry)
increasing chances of global warming.
• Fertilizer industries are facing problems
regarding disposal of industrial waste gypsum
(2000 tonnes per day)
• We are not having enough water for ourselves,
then why allow buildings to drink it?
WHY????

5. •Waste is used as resource making it very economical.
• Construction rate is very fast- changes brick by brick
construction to wall by wall construction.
•Green Alternative Technology- Thus Environment
Friendly.
•Uses very less Sand, Steel and Water
•Building is fire resistant
•Earthquake resistant
•Much less labour force needed
•Weight of structure is very less
•More carpet area for same built up area
•No need of beams and columns
•No need of plastering thus cost can be saved in finishing
ADVANTAGES

6. RAPID WALL PANEL
•The Rapidwall panel measures
12.02 m long by 3 m high.
•The panels are cellular in form.
cavities extend to the full height
of the panel which has an overall
thickness of 123mm plus or
minus 3mm.
•The panel has an inner and outer
leaf of13mm thick plus or minus 3mm,
withcavities 94mm deep by 230mm
Wide separated by a 20mm wide web.

7. •Panels are precut in the factory to specified dimensions
for construction.
• Openings for doors and windows are cut in the factory.
Panels do not expand or contract like brick or concrete
and can be cut to within a 5mm tolerance.
• Rapidwall Panels are transported by either a stillage or
open top container. A transport stillage can carry
between five and eight Panels. An open top container
can carry up to 500 square metres of RapidwalPanel.
Panels are unloaded by a crane. ˆ

8. •A conventional foundation like spread footing, RCC column
footing, raft or pile foundation is used as per the soil
condition and load factors.
•All around the building RCC plinth beam is provided at
basement plinth level.
•For erection of panel as wall, 12 mm dia vertical
reinforcement called “starter bars” of 0.75m length of which
0.45m protrudes up and remaining portion with 0.15m
angle is placed into the RCC plinth beams before casting.
•These bars are kept at a distance of 1m centre to centre to
match the cavities of the panel.
FOUNDATION:
HOW TO MAKE BUILDING??

10. •Pre-cut panels are brought to the construction site.
•Panels are kept over the starter bars on the plinth beam using
cranes.
•Grooves are cut into the panels at every joints to facilitate
integral bonding.
•Appropriate reinforcement bars are inserted as per design into
the cavities.
•These reinforcements are then tide to the starter bars.
•Verticality of panels are checked and then cavities having
reinforcements are filled with concrete.
•It is mandatory to reinforce and fill all the joints with concrete.
Other cavities can be filled with any inert materials (e.g. quarry
dust mixed with 5% cement and water)
SUPERSTRUCTURE:

14. THANK YOU