Utmbirdhouse12'x25'26'
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This is our patented design low cost swiflet house. If Airasia can make everyone fly, we can make everyone affortable a swiflet house
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The document introduces Universal Building Solutions' new construction method called the Integrated Building System (IBS). The IBS uses expanded polystyrene (EPS) insulation and a magnesium oxide coating to produce building materials like wall blocks, flooring panels, and beams. The system aims to provide faster, more affordable and environmentally friendly construction. It claims to reduce costs by 30-50% and construction time by up to 70% compared to conventional methods. The EPS and magnesium oxide materials provide benefits like insulation, fire resistance, and strength. Universal Building Solutions sees opportunities to license their technology globally to address issues like rising construction costs and environmental pollution from brick manufacturing.
1) UBS full Details PDF
This document introduces Universal Building Solutions, which has developed an Integrated Building System using advanced technology and innovative materials. This system aims to address rising construction costs and make buildings more affordable. It uses expanded polystyrene foam and magnesium oxide cement to manufacture building components like columns, beams, walls and floors. The system claims to reduce construction time by up to 70% and costs by 30-50% compared to conventional methods. It produces structurally superior, faster to build, energy efficient and environmentally friendly buildings.
Bachelor in quantity surveying 2
The document is a site report for a construction project summarizing observations and discussions. It describes the project as a tall residential building with two towers under construction. It discusses the use of different formwork systems observed on site, including traditional timber formwork and engineered steel formwork. Traditional timber is more suitable for complex or smaller areas while engineered steel allows for faster assembly and repeated use, though it has higher initial costs. The report provides an overview of the project and observations of construction technologies and materials used.
Important Characteristics and Behavioral Impact of Materials to Be Used in Ta...
This paper reviews the importance of composite
structure in construction of high rise buildings. Here there is
basic comparison between the commonly used construction
materials i.e. steel and concrete. The significance of each of this
material in construction field has been briefly discussed. also,
some important characteristics of each material is explained.
IBS design proposal of apartment
This document provides details on a group project to design a 3-storey apartment block using Industrialized Building System (IBS). It includes an introduction to IBS in Malaysia, the main IBS systems used, and details on the precast concrete system being implemented. Precast components discussed include hollow core panels, slabs, beams, columns, stairs, and toilet pods. The manufacturing process for these precast elements is also outlined.
Building Technology I
This document provides details on a group project to design a 3-storey apartment block using Industrialized Building System (IBS). It includes an introduction to IBS in Malaysia, the main IBS systems used, and details on the precast concrete system being implemented. Precast components discussed include hollow core panels, slabs, beams, columns, stairs, and toilet pods. The manufacturing process for these precast elements is also summarized.
Post tensioning in building structures
This document outlines the advantages of using post-tensioning in building structures. Post-tensioning allows for longer spans, reduced floor thickness, increased floor area, faster construction speeds, and reduced material usage. It discusses common post-tensioning systems used in building floors and specialized structural elements. Post-tensioning provides more flexible and economical building structures compared to other methods.
The Design, Construction and Computer –Aided Simulation of a Prototype Roofin...
This document describes the design, analysis, and fabrication of a prototype roof tile production machine. Key aspects include:
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- A computer-aided analysis was also conducted to validate the design calculations and test component parts, eliminating some errors. The analysis showed the conveyor speed is 0.164 m/s and the camsha
Cost Effective and Innovative Housing Technology
Shelter is amongst the three basic human needs but now-a-days, about two-third of the total Indian population does not have their own shelter. This two-third population belongs to the middle and lower income class. These people find it difficult to construct their houses at an affordable cost by using conventional construction technology. It is found in many cases that people serve their whole life constructing their own house, but fail. The mission and dream of these people can be achieved by appropriate use of cost effective and innovative construction technology. As a whole, the housing shortage of the country can be overcome within lesser funds, without compromising with the quality control and structural stability of the structure. Note: This technology is only applicable for single or two storied buildings and can be applied in most of the soil and climatic conditions.
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Ugsolar太阳能
UGSOLAR TECHNOLOGY SDN BHD is a solar energy company that has been operating since 1997 in Taiwan and has since expanded to China, Malaysia, Vietnam, Cambodia, and Bangladesh. They offer a wide range of solar products and systems including micro solar lighting kits, mini solar power kits, solar home systems, solar water pumps, and solar surveillance units. Their hybrid solar power systems combine solar power with battery storage and backup generators to provide reliable off-grid power for telecom towers and other applications.
Oil Palm Industry in Malaysia
Palm oil production has significantly contributed to global vegetable oil supply, with Malaysia and Indonesia being major exporters. Palm oil cultivation uses less land than other oilseed crops to produce higher yields, making it more sustainable. The palm oil industry in Malaysia has adopted various green technologies over the past two decades such as zero burning practices and integrated pest management to reduce environmental impacts. Palm oil biomass is also being utilized through applications like power generation and waste treatment to further improve sustainability.
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This document reviews the role of bacterial extracellular polysaccharides in biofilm formation. It discusses how extracellular polymeric substances (EPS) produced by microorganisms form the matrix of microbial aggregates and biofilms. EPS are involved in the initial attachment of cells to surfaces and provide protection from environmental stresses. The production of EPS is regulated by quorum sensing and helps mediate processes like bioremediation and bioleaching that are important in industrial applications.
Thermal
1) The document analyzes the thermal degradation of three natural polymers - sodium hyaluronate, xanthan, and methylcellulose - using thermogravimetric analysis and infrared spectroscopy.
2) The results show sodium hyaluronate and xanthan, which are charged polysaccharides, have lower thermal stability than the neutral polysaccharide methylcellulose.
3) Kinetic parameters like activation energy were determined using the Ozawa and Freeman-Carroll methods, which suggest changes in the degradation mechanism with increasing mass loss. Activation energies are generally higher for methylcellulose indicating greater thermal stability.
Thermal degradation of polysaccharide
This document summarizes research on the effects of gamma irradiation on the viscoelastic properties of sodium alginate polysaccharides. The researchers found that:
1) Irradiating sodium alginate solutions decreased their apparent viscosity and consistency, suggesting the gamma rays broke down the macromolecular structure.
2) Higher irradiation doses and lower polysaccharide concentrations led to greater decreases in viscosity.
3) The non-Newtonian, pseudoplastic behavior of the solutions was maintained after irradiation, though trends moved toward Newtonian behavior at higher doses.
Thermal polysaccharide
The document summarizes a study on the thermal degradation of three natural polymers: sodium hyaluronate, xanthan, and methylcellulose. Thermogravimetric analysis showed sodium hyaluronate and xanthan had lower thermal stability than methylcellulose. Kinetic parameters like activation energy were determined using the Ozawa and Freeman-Carroll methods, which suggested changes in degradation mechanism with mass loss. Activation energies from Freeman-Carroll were higher, accounting for thermal history effects. Infrared spectroscopy observed scission of side groups at low temperatures and backbone links at high temperatures, agreeing with kinetic parameters.
Cats october-2002
The document outlines the Credit Accumulation and Transfer Scheme (CATS) used by the university. It discusses (1) how credits are weighted and equated to student learning hours, (2) how modules are assigned levels, (3) the credit structures required for different qualifications, (4) assessment methods, (5) how qualifications can be awarded, and (6) limits on credit that can be transferred from other institutions.
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This document contains technical data for an unknown purpose. It includes a string of characters that may be an identifier but does not seem to contain any clear language, titles, topics or other summarizable information.
Dragon fruit 1
The document analyzes the pigments and antioxidant properties of red dragon fruit (Hylocereus polyrhizus).
High Performance Liquid Chromatography analysis identified betanin as the main pigment contributing to the fruit's deep purple color. Antioxidant assays found high levels of polyphenols (86.1 mg/0.5 g) and flavonoids (2.3 mg/g), as well as strong reducing power and DPPH radical scavenging activity, indicating dragon fruit has significant antioxidant activity. The results confirm betanin is the primary pigment in dragon fruit and that the fruit contains high levels of antioxidants with potential health benefits.
Lecture 3 bioprocess control
This document discusses bioprocess control for cell cultivation systems. It covers various parameters that are measured for control, including cell inputs and outputs, substrate levels, oxygen, carbon dioxide, temperature, pH, dissolved oxygen, and foam. Sensors used for online measurement of these parameters in bioreactors are also outlined. The document then describes basic feedback loops and controllers for bioprocess control, including PID and model predictive control. It concludes with an overview of using a supervisory control and data acquisition (SCADA) system connected over Ethernet for monitoring and controlling bioreactor systems.
Lecture 2 animal cell culture
This document discusses animal cell culture and its applications. It provides information on:
1) The uses of animal cell culture including production of recombinant proteins, monoclonal antibodies, and cell biology studies.
2) Characteristics of animal cell culture compared to microorganism culture, including lower growth rates and productivity.
3) Products that can be produced from mammalian cell cultures including cells, cell-derived products, and recombinant glycoproteins.
4) Types of animal cells commonly used in culture including epithelial, fibroblast, muscle, and blood/lymph cells.
Lecture 1 bioreactor
This document discusses various types of bioreactors and their key properties and design considerations. It covers topics like:
1) Desirable properties of bioreactors include simplicity of design, continuous operation, large number of organisms, and uniform distributions of oxygen and microorganisms.
2) Common bioreactor types include stirred tank, airlift, packed bed, and immobilized cell bioreactors.
3) Important design considerations for bioreactors include agitation and mixing, aeration, mass transfer, power requirements, and fluid rheology which can be Newtonian or non-Newtonian.
Lecture 5 bioprocess technology, operation mode and scale
This document discusses different bioprocess cultivation systems and operation modes. It covers two-phase and three-phase cultivation systems, as well as free and immobilized cell systems. Batch, fed-batch, and continuous cultivation modes are described in detail. Specific topics covered include microbial growth curves, factors affecting lag phase, kinetics of exponential and stationary phases, and product formation under different operation modes. Advantages of fed-batch cultivation like avoiding inhibition and catabolite repression are highlighted. High cell density cultivation using exponential feeding strategies is also summarized.
Lecture 4 sterilization
1. Sterilization eliminates all microorganisms including bacteria, viruses and endospores. Disinfection only eliminates pathogenic microorganisms.
2. Heat is the most common sterilization method and can be applied through moist heat like autoclaving or dry heat like oven heating. Chemical sterilization uses agents like phenols, alcohols, halogens, heavy metals and aldehydes to disrupt microbial membranes and proteins.
3. Other sterilization methods include filtration, irradiation using gamma rays, x-rays or UV light, and gaseous agents like ethylene oxide and hydrogen peroxide which penetrate materials to kill microbes.
Lecture 3 medium formulation
This document provides an overview of medium formulation for microbial growth. It discusses the basic requirements including carbon, nitrogen, mineral and vitamin sources. Key factors that affect medium design are described such as pH, temperature, oxidation-reduction potential and water activity. The document outlines different types of media including defined, complex, and industrial formulations. Overall, the document offers a comprehensive overview of the nutrients, environmental conditions, and considerations for optimizing microbial growth media.
Lecture 2 cell growth
1) The document discusses various types of cell growth and division, including binary fission in bacteria, budding in yeast cells, and the eukaryotic cell cycle.
2) It also covers factors that regulate cell growth in mammalian cells and yeast, such as nutrient availability and protein complexes that control translation and cell division.
3) Methods for measuring bacterial growth are described, such as direct counts, plate counts, optical density, and analyzing nutrient uptake and product formation over time. Models for bacterial growth kinetics and the calculation of specific growth rates are also presented.
Lecture 1 fermentation biotechnology
This document discusses topics related to industrial biotechnology including fermentation products, microorganisms used in fermentation, and historical and future applications of industrial biotechnology. It provides classifications of microorganisms including prokaryotes and eukaryotes. Details are given on bacterial cell structure, essential and non-essential components. Methods for classifying bacteria such as gram stain and morphological characteristics are also summarized.
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Utmbirdhouse12'x25'26'
- 8. The Approach FTS (cont…) Figure 2
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