DSpace Repository :: Browsing by Author "Emetere, Moses"

Item

A Model for Analyzing Temperature Profiles in Pipe Walls and Fluids Using Mathematical Experimentation

(Hindawi Publishing Corporation) Emetere, Moses

Item

A modified approach to estimating thermodynamic impact on buildings: A case study of poor urban setting in Lagos state

Emetere, Moses

Item

ADOPTION OF INDUSTRY 4.0 TOOLS IN ACHIEVING CONSTRUCTION 4.0 FOR SUSTAINABLE INFRASTRUCTURE DEVELOPMENT

(AECC Beijing Institute of Aeronautical Materials (BIAM), 2023) Amusan, Lekan; Aigbavboa, Clinton; Emetere, Moses; Oloke, Olayinka

Construction 4.0 has been enabled through the introduction of Industry 4.0and its tools. The rate of adoption of the Construction 4.0, however, to create a good ecological landscape has been rapid which needs enhancement for achieving sustainable infrastructure. This study therefore aims at presenting an integral approach to creating a pathway-model for technological innovation, industrial and sustainable infrastructural development using Lean thinking, Industry 4.0 technologies and sustainability concepts. The main objective of the study is to study the issues around the adoption of industry 4.0 to achieve Construction 4.0 for achieving sustainable infrastructure. The study articulated the following objective parameters to carry out the survey, such as (i) Industry 4.0 application drivers in the construction industry in achieving sustainable infrastructural development, (ii) prospect of Construction 4.0 in achieving industrial development of Industry 4.0,(iii) factors influencing the adoption of Industry 4.0 for technological development, (iv) future of Construction 4.0 in construction industry in infrastructural development and (v) socioeconomic implications of Industry 4.0 tools adoption.A total of 150 samples was used for the study from a population frame of 250 construction. The sample frame of 250 construction companies that are medium and large scale in the category we used as the sample frame for the study. The following statistical tools of SPSS 25 were used to process the data: Mean index, Kruska-wallis,ANOVA, Pearson ranking, Cronbach Alpha and Chi square. The study recommends the following:However, adoption of the Construction 4.0, there are numerous parameters that influence the adoption of industry 4.0 for technological development,which need to be considered to achieve sustainable infrastructural development. For instance, there is a need for attitudinal change, cultural orientation,economic development, and technological innovation. There is a future for success in the application of Construction 4.0 in creating a robust infrastructural economy which is sustainable.

Item

Analytical Solutions of a Three Dimensional Time-Dependent Schrödinger Equation Using the Bloch NMR Approach for NMR Studies

Emetere, Moses

Item

Becoming A Scientist

Emetere, Moses

Item

Big Data and Further Analysis

(Springer Nature Switzerland) Emetere, Moses

Item

CHARACTERISTIC SIGNIFICANCE OF MAGNETIC RELAXATIONS ON COPPER OXIDE THIN FILM USING THE BLOCH NMR

Emetere, Moses

Item

CHARACTERISTIC SIGNIFICANCE OF MAGNETIC RELAXATIONS ON COPPER OXIDE THIN FILM USING THE BLOCH NMR

Emetere, Moses

Item

CHARACTERISTIC SIGNIFICANCE OF MAGNETIC RELAXATIONS ON COPPER OXIDE THIN FILM USING THE BLOCH NMR

Emetere, Moses

Item

Construction 4.0 Application: Industry 4.0, Internet of Things and Lean Construction Tools’ Application in Quality Management System of Residential Building Projects

(MDPI, Basel, Switzerland., 2022) Amusan, Lekan; Aigbavboa, Clinton; Essien, Stella; Emetere, Moses; Obaju, Biodun

The advent of Construction 4.0 has played a major role in construction industry develop ment through the improvement of quality performance. One of the parameters that have contributed immensely to the management of construction quality in the industrial revolution era is Industry 4.0, the Internet of Things (IoT), and Lean thinking concepts. Lean construction is characterized by a set of clear objectives in project delivery involving the concurrent design of products and processes. The study aims to carry out an exploratory study of the application of Construction 4.0 and Industrial 4.0 in quality management of building works and the development of Lean-based quality management models: The study engaged a survey design approach, and a random sampling technique was used to select the study samples. A structured questionnaire designed on a Likert scale 1–5 was used to collate data on the quality aspect of a construction project, and the data were used in model creation. The parameters that emerged are cast as the quality management model. The resultant factors were categorized into three (3) quality categories, which are the Zero level Defect range, Medium Quality, and High-Level Quality Range. The three (3) quality factors were recommended for adoption for quality management of residential building projects.