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Biomorphic Structures : Architecture Inspired by Nature
From leaves to liquids, caves to crystal formations, nature has always been a major source of inspiration for architects.This book examines how nature can act as a precedent for design solutions through twelve case studies.Packed with computer drawings, sketches, models and photographs, this will be an ideal resource of ideas for students in their studio work, as well as for practising architects.
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Unit Structures
The intrepid free jazz pianist Cecil Taylor made his Blue Note debut with the explosive 1966 album 'Unit Structures' featuring trumpeter Eddie Gale, saxophonists Jimmy Lyons and Ken McIntyre, bassists Henry Grimes and Alan Silva, and drummer Andrew Cyrille. The four extended pieces performed here scale the pinnacle of the mid-1960s jazz avant-garde. This Blue Note Classic Vinyl Edition is stereo, all-analog, mastered by Kevin Gray from the original master tapes, and pressed on 180g vinyl at Optimal.
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Structures Pack
This pack includes over 100 pieces of Jelutong in assorted sizes and shapes.Pack contains10 x 15 x 15 x 600mm,10 x 12 x 12 x 600mm,15 x 10 x 10 x 600mm,40 x 8 x 8 x 600mm,25 x 6 x 6 x 600mm.
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Discrete Structures
The aim of this text is to introduce discrete mathematics to beginning students of mathematics or computer science.It does this by bringing some coherency into the seemingly incongruent subjects that compose discrete math, such as logic, set theory, algebra, and combinatorics.It emphasizes their theoretical foundations and illustrates proofs along the way.The book prepares readers for the analysis of algorithms by discussing asymptotic analysis and a discrete calculus for sums.The book also deduces combinatorial methods from the foundations that are laid out.Unlike other texts on this subject, there is a greater emphasis on foundational material that leads to a better understanding.To further assist the reader in grasping and practicing concepts, roughly 690 exercises are provided at various levels of difficulty.Readers are encouraged to study the examples in the text and solve as many of the exercises as possible. The text is intended for freshman or sophomore undergraduate students in mathematics, computer science, or similar majors.The assumed background is precalculus. The chapter dependency chart included is designed to help students, independent readers, and instructors follow a systematic path for learning and teaching the material, with the option to explore material in later chapters.
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Why are resonance structures called mesomeric structures?
Resonance structures are called mesomeric structures because they represent different possible arrangements of electrons within a molecule that are intermediate between distinct Lewis structures. The term "mesomeric" comes from the Greek word "meso," meaning middle or intermediate, reflecting the fact that resonance structures are not separate entities but rather different representations of the same molecule. These structures help to explain the delocalization of electrons in molecules and the resulting stabilization of the overall structure.
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What are discrete structures?
Discrete structures are mathematical structures that deal with distinct, separate values rather than continuous ones. They are used to represent objects that can be counted individually, such as integers, graphs, sets, and sequences. Discrete structures are fundamental in computer science and are used to solve problems related to algorithms, data structures, and combinatorics. They provide a framework for analyzing and solving problems in a precise and logical manner.
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What are cell structures?
Cell structures are the various components that make up a cell and carry out specific functions. These structures include the cell membrane, nucleus, cytoplasm, mitochondria, endoplasmic reticulum, Golgi apparatus, and more. Each structure plays a vital role in maintaining the cell's overall function and health. Together, these structures work in harmony to ensure the cell can carry out its necessary processes for survival and reproduction.
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What are double structures?
Double structures are a linguistic phenomenon where two words or phrases are used together to convey a single meaning or idea. This can involve repeating a word with a slight variation, such as "by and large" or "safe and sound." Double structures are often used for emphasis, clarity, or to create a rhythmic effect in speech or writing. They are a common feature in many languages and can add depth and nuance to communication.
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Spacecraft Structures
Space flight is a comprehensive and innovative part of technology.It encompasses many fields of technology. This monograph presents a cross section of the total field of expertise that is called “space flight”. It provides insight into the design, construction and analysis aspects of spacecraft.Spacecraft includes satellites as well as launch vehicles, with a distinction between manned or unmanned.The International Space Station (ISS), Russian MIR, the American shuttle and the European Spacelab are examples of manned space flight, whereas communication satellites for radio and television and meteorological satellites are examples of unmanned space flight. The Emphasis of this book is put on unmanned space flight, particularly on the construction of spacecraft rather than the construction of launch vehicles.The nature of the satellite is dependent on the task that is set for that satellite.
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Stable Structures
D&T Workshop is a major new series of information books devised to inspire primary-age children to investigate, design and make a wide range of products using different technologies like levers, gears, cams, batteries, winding mechanisms, food technology and more.Each book explores a different set of products and the technology behind them.Pupils investigate existing products and then carry out focused practical tasks which provide opportunities to learn and practise the necessary skills, e.g. testing alternative designs, building a specific component, or learning to use tools safely.Each book ends with a full-scale design and make activity that encourages children to put into practice the skills, knowledge and understanding they have learned.
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Coordinate Structures
In a coordination construction, which is universally available, two or more syntactic constituents are combined, with or without an overt coordinator.This Element examines how coordinate structures are derived syntactically, focussing on the syntactic operations involved, including constraints on both their operations and the representations they produce.Specifically, considering the recent research development in the syntax of coordination, the Element discusses whether any special syntactic operation is required to derive various coordinate constructions, including constructions in which each conjunct has a gap, whether there is any special functional category heading coordinate constructions in general, what the morphosyntactic statuses of coordinators (i.e., conjunctions and disjunctions) are in some specific languages, whether the structure of a coordinate construction can be beyond the binary complementation structure, and whether the mobility of conjuncts and the mobility of elements in conjuncts require any construction-specific constraint on syntactic operations.
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Sedimentary Structures
Now enhanced with colour photographs and illustrations, this thoroughly revised fourth edition of Sedimentary Structures enhances its status as a major textbook in geology.Since its first publication in 1982, Sedimentary Structures has established and maintained itself as a pre-eminent resource that sets out a clear methodology and philosophy for understanding present-day sediments and sedimentary rocks as the product of dynamic processes.The fourth edition of this classic textbook introduces erosional, depositional and post-depositional sedimentary processes in an easily accessible way.It shows how sedimentary structures can be interpreted, across a wide range of scales, in terms of those processes. Sedimentary structures produced by erosion, deposition and post-depositional change are all clearly explained and related to the processes that formed them.Hydrodynamic and aerodynamic controls on the development of subaqueous and aeolian bedforms are discussed, as are the styles of deformation to which sediments can be subjected after deposition.Structures that characterize deposition caused by chemical and biologically influenced processes are explained and illustrated, along with the complex effects of chemical changes, and of animal and plant activity in modifying sediments after they have been deposited.The book ends with an introduction to the methods and principles of environmental interpretation, for which earlier chapters provide an invaluable basis.Sedimentary Structures is designed principally for use in undergraduate settings and will be invaluable to students reading geology, earth sciences, physical geography and environmental sciences throughout their degree studies.It will also appeal to enthusiastic students at colleges and schools, as well as to amateur geologists who want to gain an understanding of sedimentary processes and products.Furthermore, the book is also valuable as a reference for both academic researchers and industry professionals alike.The fourth edition covers all major recent developments in the subject.It is characterized by an abundance of informative illustrations and photographic examples, and introduces colour figures for the first time. This edition, the first prepared without the direct input of the late David Thompson, builds on a major re-write that paid particular attention to recent advances in the understanding of aeolian processes and bedforms, and in the interpretation of trace fossils.The introduction to environmental interpretation has been further developed to reflect recent advances in stratigraphic thinking, thereby enabling sedimentologists to more readily relate the occurrence of assemblages of sedimentary structures to likely environments of deposition.Sedimentary Structures emphasizes a practical, hands-on approach.It remains indispensable to those with a serious interest in the study of sedimentary structures, not only as fascinating features in themselves but also as key indicators in the reconstruction of past environments.
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What are steel structures?
Steel structures are building or construction systems that are made primarily of steel components, such as beams, columns, and trusses. These structures are known for their strength, durability, and ability to support heavy loads. Steel structures are commonly used in a wide range of applications, including industrial buildings, commercial facilities, bridges, and high-rise buildings. They offer advantages such as speed of construction, design flexibility, and resistance to fire and corrosion.
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What are architectural structures?
Architectural structures are physical constructions designed and built by architects and engineers to serve a specific purpose, such as providing shelter, support, or aesthetic appeal. These structures can include buildings, bridges, towers, and other man-made forms that are designed to withstand various forces, such as gravity, wind, and seismic activity. They are often characterized by their unique design, materials, and construction methods, and can have a significant impact on the surrounding environment and community.
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What is the procedure for drawing Lewis dot structures (valence bond structures)?
To draw a Lewis dot structure, start by determining the total number of valence electrons for the atoms in the molecule. Then, arrange the atoms in the molecule, placing the least electronegative atom in the center. Next, connect the atoms with single bonds and distribute the remaining electrons as lone pairs to satisfy the octet rule for each atom. If there are still remaining electrons, form double or triple bonds as needed to satisfy the octet rule for each atom. Finally, check that each atom has a full octet of electrons, except for hydrogen, which only needs two electrons.
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Is Lewis structures written correctly?
Yes, Lewis structures are typically written correctly when they follow the rules of drawing Lewis diagrams. These rules include correctly counting the total number of valence electrons, placing the least electronegative atom in the center, and ensuring that each atom has a full octet (or duet for hydrogen) of electrons. Additionally, the structure should accurately represent the bonding and lone pairs of electrons in the molecule.
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