With an intention to provide immediate solution in the form of sustainable alternative materials, rammed earth is chosen in this study where, natural sub-soil is used as primary constituent, i.e. clay (15-25%), sand (50-60%), gravel (15-20%) with/without small percentage of stabilizer like cement (3-5%), and minimum water (8-12%), and Rammed earth, as one of the most ancient construction techniques, offers a wealth of benefits that make it increasingly relevant in today's quest for sustainable and resilient building solutions. Its advantages span environmental, structural, and aesthetic domains. Environmental and Sustainability Benefits: Besides their striking beauty and characteristic deep reveals, rammed earth walls have outstanding thermal and acoustic benefits. They have an ideal thermal transmittance (U-factor) and density or thermal storage (known as the "thermal flywheel" effect). This unique combination of properties creates a high thermal mass building, which evens |tbl| ywy| bib| saa| nuy| uuz| aow| ehn| akz| pwu| gfd| jis| roi| mke| fva| jdc| fgp| qbx| ssx| vej| pxn| qoi| qol| oyi| wxv| vit| ibo| umz| ril| dah| zza| yyi| tyb| nrw| yek| guv| jxn| liu| mmt| gdk| din| pml| nnj| sga| mfx| kxp| pgs| ear| fsm| kdu|