Press enginova (26 resultados)

Paperback. Condición: new. Paperback. One Wall System. Four Professionals. Too Many Conflicting Sources. A stud framer, drywall finisher, architect, and code inspector may be working on the same project, yet each is often relying on a different piece of technical guidance-and those pieces do not always agree.Information on gypsum board, backerboard, plaster, framing, and suspended ceiling systems is spread across manufacturer data sheets, trade-association bulletins, model codes, and referenced standards. These sources are updated on separate schedules and are rarely reviewed together. The result? Contractors search for fastening schedules, dealers compare wet-area products, architects verify fire-rated assemblies, apprentices try to understand entire systems, and inspectors check completed work from completely different references.You are not missing the information. The information is simply fragmented.This handbook brings it together.Organized as one current, comprehensive technical reference, it helps you move confidently from product selection and system design to installation, finishing, troubleshooting, safety, and final inspection-without building a shelf of disconnected documents. Inside, you will learn how to: Select the right materials-identify gypsum board, backerboard, and plaster products by core formulation, facing, performance, and application using clear worked comparisons.Design dependable framing-size wood and steel framing for load and deflection limits, including resilient channels, chase walls, and suspended-ceiling grillage.Follow field-ready installation sequences-complete drywall, backerboard, veneer plaster, and conventional plaster work correctly, including all five recognized drywall finish levels and proper waterproofing for wet areas.Verify rated assemblies-design and inspect fire-rated and sound-rated walls, floors, and ceilings, including shaft walls, area separation walls, penetrations, firestopping, and acoustical ceiling systems.Troubleshoot defects faster-diagnose drywall, veneer-finish, backerboard, texture, and plaster failures with a practical cause-remedy-prevention reference covering documented jobsite problems.Use modern jobsite technology-evaluate mechanical and automated finishing equipment, cordless platforms, laser-guided layout, and other tools changing today's trade. Key topics include gypsum board and veneer plaster products; wood and steel framing; drywall and veneer-base installation; cement, fiber-reinforced, and glass-mat backerboard; finishing and texture; conventional plaster; acoustical ceilings; fire and sound control; mass-timber interfaces; planning and inspection; building science; sustainability; safety; and current jobsite technology.This handbook is built for contractors, installers, material dealers, architects, engineers, apprentices, and code inspectors who need accurate procedures, reliable performance data, and a clear distinction between code minimums and industry best practice.Whether you are confirming a fastening schedule in the field, recommending a moisture-resistant panel at the counter, writing a project specification, learning the trade from first principles, or checking an installation against governing requirements, the information is arranged so you can find the correct answer quickly onsite and apply it consistently. Stop searching through scattered sources for answers that should be in one place.Add this essential gypsum construction reference to your professional library today and handle your next field, specification, installation, or inspection question with greater speed, accuracy, and confidence. This Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

PAP. Condición: New. New Book. Shipped from UK. Established seller since 2000.

Taschenbuch. Condición: Neu. Neuware.

Taschenbuch. Condición: Neu. Neuware.

Taschenbuch. Condición: Neu. Neuware.

Taschenbuch. Condición: Neu. Neuware.

Taschenbuch. Condición: Neu. Neuware.

PAP. Condición: New. New Book. Shipped from UK. Established seller since 2000.

PAP. Condición: New. New Book. Shipped from UK. Established seller since 2000.

PAP. Condición: New. New Book. Shipped from UK. Established seller since 2000.

PAP. Condición: New. New Book. Shipped from UK. Established seller since 2000.

PAP. Condición: New. New Book. Shipped from UK. Established seller since 2000.

PAP. Condición: New. New Book. Shipped from UK. Established seller since 2000.

Condición: New. Print on Demand.

Condición: New. Print on Demand.

Condición: New. Print on Demand.

Condición: New. Print on Demand.

Paperback. Condición: new. Paperback. A framing crew that doesn't understand why a header is sized the way it is, or why a specific fastener has to match today's treated-lumber chemistry, is one overlooked detail away from an expensive mistake - the kind that doesn't show up until years after the walls are closed. That's the problem this handbook is built to solve. A lot of what framers were taught even a decade or two ago is out of date. Treated-lumber preservatives changed and took compatible fasteners with them. Cordless tools replaced cords and compressors. Engineered lumber and advanced framing layouts changed how headers, corners, and studs get sized and spaced. Seismic and wind-uplift hardware requirements got more specific. Accessory dwelling units became a routine part of the workload instead of a rare custom job. A framer working from old habits, or a foreman training apprentices from memory, ends up passing along gaps that surface later as failed inspections, callbacks, or structural problems no one catches until it's expensive to fix.This handbook closes that gap by following a house in the order it actually gets built - reading the plans, prepping the site, framing the floor, raising and bracing the walls, sheathing and weatherproofing the envelope, framing the roof, and building the stairs - then goes further into material most references skip entirely. Inside, you'll find: Clear explanations of structural load paths, so you understand why a connection matters instead of just installing it because the plan says so.Fastener and hardware compatibility guidance for modern treated lumber, so connections don't corrode from the inside years after the walls are closed.Worked, step-by-step layout methods for floor, wall, roof, hip, valley, truss, and stair framing, using real numbers instead of rules of thumb.A full breakdown of advanced framing methods that reduce lumber use while keeping a structure sound.Practical accessory dwelling unit framing coverage, including the sequencing and occupancy-separation details that trip up first-timers.A dedicated look at seismic and wind-uplift hardware and how a continuous load path actually gets built, connection by connection.Crew-level systems: material staging, a pre-build checklist, common defect corrections, and a quality-control process a lead framer can use on every job. The scope runs from foundational trade knowledge through the advanced systems that separate a competent framer from an exceptional one, backed throughout by learning objectives, fully worked calculations, practice problems, a glossary, span tables, and a fastener-schedule appendix built for fast lookup on site. This handbook is written for the first-year apprentice trying to make sense of a set of plans for the first time, the journeyman catching up on materials and hardware that didn't exist earlier in their career, and the foreman responsible for a crew's accuracy, safety, and pace, as well as anyone managing a residential framing project who wants one dependable reference instead of scattered information. Get your copy and start closing the gap between how framing used to be taught and how it actually needs to be done today. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Paperback. Condición: new. Paperback. Fifteen chapters. Every major structural system used in building construction today. One consistent, code-current framework tying them together, built on fully worked examples rather than description alone. Most people entering construction meet these systems one at a time: a structures course here, a materials class there, a code reference pulled out only when something goes wrong. That scattershot path makes it hard to see how a foundation choice affects framing, how a material's carbon footprint compares to its structural performance, or why a detail that looks fine on paper fails in the field. Interns and early-career practitioners are often expected to already have this connected picture, long before anyone hands them one. This handbook builds that picture in one place: from the regulatory and geotechnical groundwork through every major structural system - wood, mass timber, masonry, steel, cold-formed steel, and concrete - into building enclosure, glazing, cladding, interior systems, emerging construction methods, and project delivery. Each chapter is self-contained and built around the same format, so a reader can move to whatever system is in front of them without relearning how the book works. Inside, readers will: Work through fully solved numerical examples for foundation sizing, structural member design, and enclosure performance, including cases where a first attempt fails and has to be revised, the way real design actually worksFollow practice problems with complete worked answers for every major topic, so understanding can be checked before it's appliedCompare structural materials on both performance and embodied-carbon terms, with carbon accounting worked directly alongside the structural calculations rather than set apart in its own chapterRecognize the code and standards logic behind height, area, fire-resistance, and energy-compliance requirementsSee how structural systems, enclosure control layers, and interior finishes interact, rather than treating each as a separate subjectGet direct coverage of prefabrication, modular construction, and digital fabrication alongside traditional building systemsUse a glossary, symbol list, and quick-reference design-data appendix to look up a term or value fast, long after the first read-through Key topics include: building codes and the regulatory framework; site investigation and foundation systems; wood, mass timber, masonry, steel, cold-formed steel, and concrete construction; building enclosure design and moisture, air, and thermal control; glazing, fenestration, and cladding systems; interior acoustics, accessibility, and indoor air quality; prefabricated and modular construction; and project delivery, scheduling, and sustainability certification. Written for students in construction-related technical and engineering programs, interns, and early-career designers, engineers, and contractors who have completed an introductory course in structures or statics and are comfortable with basic algebra and reading architectural or engineering drawings. No prior construction-technology coursework is assumed. Add this practical resource to your library and start working through the calculations that turn construction This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Paperback. Condición: new. Paperback. Your roof may look right. But will the structure-and the estimate-hold up? Two roofs can appear identical from the street and still tell completely different stories once the construction details and quantities are checked.One is designed to carry its loads, resist the weather, control condensation, drain effectively, and remain commercially profitable. The other hides costly weaknesses that only appear after the first severe winter, a failed inspection, or a disputed final account.You are not simply building a roof. You are managing structure, performance, measurement, cost, compliance, and risk.This handbook brings every part together.Roofing Construction and Estimating combines practical roofing knowledge with a disciplined approach to roof measurement, quantity takeoff, labour costing, material pricing, bill preparation, and tendering.You will learn how to move confidently from roof drawings and technical details to accurate quantities, defensible rates, and professional estimates. Inside, you will build a complete roofing construction and estimating system: Roof geometry and pitch - interpret drawings, identify components, calculate slopes, and select suitable roof coveringsTimber and trussed-rafter construction - understand structural arrangements, load paths, detailing, and installation requirementsFlat roofing systems - examine build-ups, falls, drainage, insulation, waterproofing, and condensation controlTiling, slating, metal roofing, and leadwork - measure materials accurately and apply correct construction principlesRoof drainage and weatherproofing - plan gutters, outlets, flashings, junctions, penetrations, and rainwater disposalQuantity takeoff - convert drawings into net quantities, buying quantities, waste allowances, and priced quantitiesLabour and material costing - build reliable rates from first principles instead of relying on guessworkBills of quantities and tendering - prepare roofing quotations and estimates that can withstand commercial scrutinyModern roofing technology - price solar photovoltaic systems, living roofs, and rainwater-harvesting installationsHealth, safety, and compliance - understand access planning, work-at-height controls, site responsibilities, and duty-holder obligationsWorked examples and self-tests - reinforce every method through calculations, practice problems, and a complete estimate from enquiry to tender Every major technique is explained through practical examples grounded in British construction standards and current roofing pricing conventions.This is not a roofing book filled with disconnected theory.It is a working reference for roofing contractors, estimators, quantity surveyors, site managers, construction students, sole traders, and small business owners who need accurate measurements, realistic costs, and stronger quotations.Stop losing profit through missed quantities, weak rates, avoidable waste, and estimates you cannot defend. Open this handbook today and build a roofing practice-on site and on paper-that stands firm through the weather, the tender, and the final invoice. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability. …

Paperback. Condición: new. Paperback. Every fire department and EMS agency has an instructor people remember for the wrong reason. They may be outstanding on the fireground, highly skilled in the ambulance, and deeply experienced in emergency operations-yet difficult to learn from in the classroom.The knowledge is there. The delivery gets in the way.Operational competence and instructional competence are two different skill sets. Experience alone does not automatically teach someone how to write measurable objectives, build defensible evaluations, manage a mixed-experience classroom, or design training that produces real performance.This handbook closes that gap.Built for fire service instructors, EMS instructors, instructor candidates, training officers, and emergency-services educators, this practical reference develops the instructional-design reasoning behind effective fire and EMS training-not merely the certification checklist.Instead of memorizing what to do, you will understand why it works, how to apply it, and how to evaluate whether your training actually achieved its objective.Every major concept is supported by realistic fire and EMS scenarios, worked examples, practice problems, and answer keys. Inside, you'll learn how to: Write measurable learning objectives and complete lesson plans that connect instruction directly to evaluationChoose instructional methods, training aids, and technology based on what learners actually need to masterDesign and validate hands-on skill sheets, control evaluator bias, and establish defensible critical-fail criteriaConstruct effective written test questions that measure job knowledge rather than reading tricksManage live-fire and hands-on training environments using clear safety roles, accountability systems, and go/no-go decisionsTeach multigenerational and mixed-experience groups, from new recruits to seasoned veteransDevelop original fire and EMS curriculum, mentor instructors, supervise training personnel, and manage program goals, policies, budgets, and records You'll also explore adult learning theory, domains of learning, needs assessment, instructional design, classroom management, diversity and inclusion, lesson planning, performance evaluation, written and practical assessment, training documentation, instructor supervision, program administration, certification pathways, and professional development.This handbook works for two readers at once: instructor candidates preparing for certification who need a logical path through the material, and certified instructors and training officers who need a dependable reference they can return to throughout their careers.It applies to career, volunteer, and combination fire departments, EMS agencies, academies, and training divisions.Knowing the job is only the beginning. Being able to teach it clearly, evaluate it fairly, and build others who can perform it under pressure is the next level.If you're ready to strengthen your fire service instructor training, EMS instructional skills, lesson planning, evaluation design, and training-program leadership, this handbook belongs in your professional library. Open the handbook today-and start building the lessons, assessments, and training decisions your profession demands. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Condición: New. Print on Demand.

Paperback. Condición: new. Paperback. Every fire department and EMS agency has an instructor people remember for the wrong reason. They may be outstanding on the fireground, highly skilled in the ambulance, and deeply experienced in emergency operations-yet difficult to learn from in the classroom.The knowledge is there. The delivery gets in the way.Operational competence and instructional competence are two different skill sets. Experience alone does not automatically teach someone how to write measurable objectives, build defensible evaluations, manage a mixed-experience classroom, or design training that produces real performance.This handbook closes that gap.Built for fire service instructors, EMS instructors, instructor candidates, training officers, and emergency-services educators, this practical reference develops the instructional-design reasoning behind effective fire and EMS training-not merely the certification checklist.Instead of memorizing what to do, you will understand why it works, how to apply it, and how to evaluate whether your training actually achieved its objective.Every major concept is supported by realistic fire and EMS scenarios, worked examples, practice problems, and answer keys. Inside, you'll learn how to: Write measurable learning objectives and complete lesson plans that connect instruction directly to evaluationChoose instructional methods, training aids, and technology based on what learners actually need to masterDesign and validate hands-on skill sheets, control evaluator bias, and establish defensible critical-fail criteriaConstruct effective written test questions that measure job knowledge rather than reading tricksManage live-fire and hands-on training environments using clear safety roles, accountability systems, and go/no-go decisionsTeach multigenerational and mixed-experience groups, from new recruits to seasoned veteransDevelop original fire and EMS curriculum, mentor instructors, supervise training personnel, and manage program goals, policies, budgets, and records You'll also explore adult learning theory, domains of learning, needs assessment, instructional design, classroom management, diversity and inclusion, lesson planning, performance evaluation, written and practical assessment, training documentation, instructor supervision, program administration, certification pathways, and professional development.This handbook works for two readers at once: instructor candidates preparing for certification who need a logical path through the material, and certified instructors and training officers who need a dependable reference they can return to throughout their careers.It applies to career, volunteer, and combination fire departments, EMS agencies, academies, and training divisions.Knowing the job is only the beginning. Being able to teach it clearly, evaluate it fairly, and build others who can perform it under pressure is the next level.If you're ready to strengthen your fire service instructor training, EMS instructional skills, lesson planning, evaluation design, and training-program leadership, this handbook belongs in your professional library. Open the handbook today-and start building the lessons, assessments, and training decisions your profession demands. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Paperback. Condición: new. Paperback. Your conduit may look right. The measurements say otherwise. A bend that misses by even a fraction of an inch does not average out. Once conduit is measured, cut, and curved, there is no correction-only wasted material, lost time, and another attempt.Most conduit bending mistakes come from one problem: knowing what the numbers on a reference card say without understanding why they work. A take-up chart may carry an apprentice through a shift. It cannot solve an angle the table does not include, a bender whose actual dimensions differ from catalog values, or a smartphone app that gives a precise answer to the wrong question.This handbook fixes that.Built from first principles, this electrical conduit bending guide explains the trigonometry behind take-up, gain, shrink, offset multipliers, and springback, then applies that knowledge to every bending method, digital tool, and code requirement working electricians encounter.Stop memorizing isolated numbers. Start understanding every bend. Inside, you will learn to: Master conduit bending calculations-understand where take-up, gain, shrink, multipliers, and springback come from, so unfamiliar trade sizes, angles, and benders stop becoming guesswork.Execute essential field bends-complete 90-degree stubs, back-to-back bends, box offsets, kicks, rolling offsets, plus three- and four-bend saddles, with verification checks that catch errors before conduit becomes scrap.Operate every major bender class-move confidently between hand, mechanical, electric, and hydraulic benders, chart unfamiliar tools, and follow the safety procedures specific to each equipment type.Handle advanced fabrication-plan large-diameter segmented and concentric bends while completing threading and conduit fabrication accurately the first time.Use modern bending technology wisely-work with smartphone bending apps, coordinated digital models, CNC bending machines, and shop prefabrication tools while recognizing how each can produce confidently wrong results.Apply current installation requirements-address support spacing, burial depth, thermal expansion, seismic bracing, underground conduit, EV charging systems, solar installations, and code compliance. Coverage begins with conduit material selection and bend-calculation trigonometry, then advances through offsets, kicks, saddles, segmented bending, concentric bending, threading, fabrication, coordinated modeling, digital tools, underground installation, and professional code practice.Every chapter opens with clear learning objectives and closes with worked practice problems plus a complete answer key.This is not another pocket chart. It is a complete conduit bending handbook for first-year electrical apprentices building calculation literacy, journeyman electricians adding hydraulic and segmented bending skills, and instructors seeking one practical reference that connects foundational mathematics to modern fieldwork. Open the book today, calculate with confidence, reduce costly rework, and start making every conduit bend right the first time. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Condición: New. Print on Demand.

Paperback. Condición: new. Paperback. Your conduit may look right. The measurements say otherwise. A bend that misses by even a fraction of an inch does not average out. Once conduit is measured, cut, and curved, there is no correction-only wasted material, lost time, and another attempt.Most conduit bending mistakes come from one problem: knowing what the numbers on a reference card say without understanding why they work. A take-up chart may carry an apprentice through a shift. It cannot solve an angle the table does not include, a bender whose actual dimensions differ from catalog values, or a smartphone app that gives a precise answer to the wrong question.This handbook fixes that.Built from first principles, this electrical conduit bending guide explains the trigonometry behind take-up, gain, shrink, offset multipliers, and springback, then applies that knowledge to every bending method, digital tool, and code requirement working electricians encounter.Stop memorizing isolated numbers. Start understanding every bend. Inside, you will learn to: Master conduit bending calculations-understand where take-up, gain, shrink, multipliers, and springback come from, so unfamiliar trade sizes, angles, and benders stop becoming guesswork.Execute essential field bends-complete 90-degree stubs, back-to-back bends, box offsets, kicks, rolling offsets, plus three- and four-bend saddles, with verification checks that catch errors before conduit becomes scrap.Operate every major bender class-move confidently between hand, mechanical, electric, and hydraulic benders, chart unfamiliar tools, and follow the safety procedures specific to each equipment type.Handle advanced fabrication-plan large-diameter segmented and concentric bends while completing threading and conduit fabrication accurately the first time.Use modern bending technology wisely-work with smartphone bending apps, coordinated digital models, CNC bending machines, and shop prefabrication tools while recognizing how each can produce confidently wrong results.Apply current installation requirements-address support spacing, burial depth, thermal expansion, seismic bracing, underground conduit, EV charging systems, solar installations, and code compliance. Coverage begins with conduit material selection and bend-calculation trigonometry, then advances through offsets, kicks, saddles, segmented bending, concentric bending, threading, fabrication, coordinated modeling, digital tools, underground installation, and professional code practice.Every chapter opens with clear learning objectives and closes with worked practice problems plus a complete answer key.This is not another pocket chart. It is a complete conduit bending handbook for first-year electrical apprentices building calculation literacy, journeyman electricians adding hydraulic and segmented bending skills, and instructors seeking one practical reference that connects foundational mathematics to modern fieldwork. Open the book today, calculate with confidence, reduce costly rework, and start making every conduit bend right the first time. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…