Utilizations of Contemporary Autonomous Material Applications as Sustainable Mechanism of Build and Construction

Mohammed Abbood; Ghada Al Slik

doi:10.4028/p-0sf2wd

Paper Titles

Comparative Analysis of Palm Oil and Hydrocarbon Mineral Oil for Power Transformer Operation
p.199

Thermophysical Properties and Heat Transfer Characteristics of Nanorefrigerants: Some Existing Results and Areas for Further Researches
p.207

The Influence of Nanoparticle Additive on the Thermophysical Properties of Bionanolubricant Using Castor Oil
p.228

Optimization of the Removal of Naphthenic Acids from Crude Oil via Catalytic Esterification
p.241

Assessment of the Yield Response from Parsley Biodiesel Production Using Calcium Oxide as a Potential Catalyst
p.250

The Potential of Parsley Biodiesel as an Alternative Fuel in Diesel Engines
p.258

Impact of Sodium Silicate Activator on Compressive Strength of Cement- RHA Based Stabilized Lateritic Soil. A Case Study of Kwali, Abuja FCT, Nigeria
p.269

Utilizations of Contemporary Autonomous Material Applications as Sustainable Mechanism of Build and Construction
p.278

Utilization of Waste Materials for Eco-Friendly Building Ceilings: An Overview
p.285

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Utilizations of Contemporary Autonomous Material Applications as Sustainable Mechanism of Build and Construction

Abstract:

This research paper approaches a new insight toward reducing the manual, mechanical and codependent systemization as an upcoming trend for architectural sustainability and autonomous power providing. By describing some new methods of applied and tested functional features through enhancing or rearrange the properties of ordinary and composite materials in the field of build and construction, it demonstrates a new prospect of wider investments in innovative material production in architectural design and actuation. Also, reveals new methodologies for individual and non-linear autonomy to providing long-term maintenance in extreme conditions or sudden damages as a supportive capability for the used materials to be adopted in design processes.