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E-raamat: Introduction to Estimating, Plan Reading and Construction Techniques

(Construction firm owner, USA)
  • Formaat: EPUB+DRM
  • Ilmumisaeg: 05-Nov-2019
  • Kirjastus: Routledge
  • Keel: eng
  • ISBN-13: 9780429559082
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  • Formaat: EPUB+DRM
  • Ilmumisaeg: 05-Nov-2019
  • Kirjastus: Routledge
  • Keel: eng
  • ISBN-13: 9780429559082

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To understand Construction Estimating one must also understand plan reading and construction techniques. This book is designed to teach the construction student these three core skills in equal measure. Using hundreds of plans, sketches, and photos, the book builds case studies of the major construction divisions including concrete, masonry, carpentry, and more. Over forty cases are divided into sections following a specially designed format:

Plans:

Scale drawings of floor plans, sections, or elevations.

Plan Interpretation:

The drawings are explained with comments.

Scope of the Work:

A written description of the boundaries of the work is given for each section.

Construction Techniques:

The construction processes and their sequence are explained.

The Takeoff:

A takeoff is shown at the end of each section.

This approach helps foster confidence in plan reading, building methods, arithmetic, takeoffs, and estimates. The various products and terms used in the industries of structural steel, doors and hardware, and roofing are defined. The shop drawing process is explained, which is so important in many industries, as well as the role of and difference between manufacturers, fabricators, and suppliers/distributors. The book ends with a study of "front end" documents, including Division 00 General Conditions, AIA 201, and Division 01 General Requirements, and a chapter on Ethics. This textbook can be used to teach a variety of classes including plan reading, construction techniques, and estimating 1 and 2 (takeoffs and pricing).

Acknowledgments xiii
Introduction 1(4)
Section 1 How Parts 3, 4, and 6 are covered in this textbook
2(1)
Section 2 Plans and sketches for Parts 3, 4, and 6
2(1)
Section 3 Plan interpretation of Parts 3, 4, and 6
2(1)
Section 4 Scopes of work for Parts 3, 4, and 6
3(1)
Section 5 Construction techniques for Parts 3, 4, and 6
3(1)
Section 6 Takeoff formats of Parts 3, 4, and 6
3(1)
Section 7 How Parts 5, 7, 8, 9, and 10 are covered in this textbook
3(1)
Section 8 Terminology
4(1)
Section 9 Parts 11 and 12, contract documents and ethics
4(1)
PART 1 Plans and specifications
5(26)
1 Reading plans
7(5)
Section 1 Drawing illustrations
8(1)
Section 2 The interpretation of plans
9(3)
2 Plan types
12(15)
Section 1 Introduction
14(1)
Section 2 Architects and engineers
15(2)
Section 3 Plan iterations from schematic to permit sets
17(2)
Section 4 Civil engineering plan sets
19(1)
Section 5 Architectural plan sets
20(4)
Section 6 Structural plan sets
24(1)
Section 7 Mechanical plan sets
25(1)
Section 8 Plan revisions
25(2)
3 The specifications
27(4)
Section 1 Introduction
28(1)
Section 2 The old 16 divisions and the new CSI master format
28(1)
Section 3 Three parts of every specification
28(3)
PART 2 Estimating
31(22)
1 Quantities
33(5)
Section 1 Quantity surveys or takeoffs?
34(1)
Section 2 Takeoff rules and standard procedures
35(2)
Section 3 Summary
37(1)
2 Pricing
38(11)
Section 1 Introduction
39(1)
Section 2 Unit price sheet
39(2)
Section 3 P/S sheet
41(3)
Section 4 Church estimate
44(5)
3 A short history of bonding and liens
49(4)
Section 1 The Heard and Miller acts
50(1)
Section 2 Bid bonds
50(1)
Section 3 Payment bonds
50(1)
Section 4 Performance bonds
51(1)
Section 5 Bonding companies
51(1)
Section 6 Liens
52(1)
PART 3 Concrete
53(92)
1 Introduction
55(6)
Section 1 Ruling body, the American Concrete Institute
56(1)
Section 2 Form reinforce and pour
56(1)
Section 3 Concrete takeoffs
56(2)
Section 4 Formwork takeoffs
58(1)
Section 5 Concrete reinforcement
59(1)
Section 6 Excavation and grading
59(1)
Section 7 Summary
60(1)
2 Isolated concrete pads
61(12)
Section 1 Drawings and photos of concrete pads
62(1)
Section 2 Earthforming concrete pads
63(3)
Section 3 Overexcavation and edgeform concrete pads up to 12" high
66(3)
Section 4 Plywood forms for concrete pads over 12" high
69(4)
3 Continuous concrete footings
73(10)
Section 1 Photos and drawing(s)
74(1)
Section 2 Centerlines and rectangles
75(2)
Section 3 Footings and backfill
77(2)
Section 4 Footing stepdowns
79(4)
4 Slabs on grade
83(15)
Section 1 Photos and drawing(s)
84(4)
Section 2 Fill dirt and slab thickened edges
88(2)
Section 3 Thickened slabs
90(4)
Section 4 Embeds
94(4)
5 Monolithic slabs
98(12)
Section 1 Photos and drawing(s)
99(2)
Section 2 Changing triangles into rectangles
101(2)
Section 3 Brick ledges
103(2)
Section 4 Basketball courts and keyways
105(5)
6 Concrete walls
110(12)
Section 1 Photos and drawing(s)
111(4)
Section 2 Wall formwork design
115(1)
Section 3 Blockouts
115(2)
Section 4 Retaining walls and waterstop
117(8)
Section 5 Concrete walls
119(3)
7 Concrete columns
122(7)
Section 1 Photos and drawing(s)
123(3)
Section 2 Foundation piers
126(1)
Section 3 Columns, chamfer strips, and recesses
127(2)
8 Concrete beams
129(8)
Section 1 Photos and drawing(s)
130(2)
Section 2 Tie beams and beam bottoms
132(1)
Section 3 Concrete beams
133(2)
Section 4 Rake beams
135(2)
9 Elevated concrete slabs
137(8)
Section 1 Photos and drawing(s)
138(2)
Section 2 Slab on deck
140(1)
Section 3 Second floor porch and stairs
141(4)
PART 4 Masonry
145(58)
1 Products and metrics
147(7)
Section 1 Introduction
148(1)
Section 2 Masonry contractors and products
148(1)
Section 3 Block openings
149(1)
Section 4 Counting block
150(2)
Section 5 Counting concrete in blocks
152(1)
Section 6 Bricks
153(1)
2 Foundation blocks
154(9)
Section 1 Photos and drawing(s)
155(3)
Section 2 Header blocks
158(1)
Section 3 Elevator shaft
159(2)
Section 4 Lintel blocks
161(2)
3 Single-story block walls
163(15)
Section 1 Photos and drawing(s)
164(3)
Section 2 Block wall case study
167(3)
Section 3 Wall length quiz
170(1)
Section 4 Bond beams and precast U lintels
171(2)
Section 5 Block columns and outs
173(5)
4 Multiple block wall heights
178(11)
Section 1 Photos and drawing(s)
179(1)
Section 2 Material bin block walls
180(2)
Section 3 Block walls and door headers
182(3)
Section 4 Block walls
185(4)
5 Sloping block walls
189(8)
Section 1 Photos and drawing(s)
190(1)
Section 2 12" block
191(3)
Section 3 Special block
194(3)
6 Brick
197(6)
Section 1 Photos and drawing(s)
198(1)
Section 2 Brick veneer
199(1)
Section 3 Solid brick walls
200(3)
PART 5 Steel
203(38)
1 Structural steel
205(15)
Section 1 Introduction
207(1)
Section 2 The AISC and the steel manual
207(1)
Section 3 Drawings
208(1)
Section 4 Subcontractors and suppliers
209(1)
Section 5 Structural steel products
210(4)
Section 6 Steel connections
214(2)
Section 7 Construction techniques
216(2)
Section 8 Estimating
218(1)
Section 9 A short history of American steel
218(2)
2 Steel joists and steel decks
220(14)
Section 1 Introduction
222(1)
Section 2 Ruling bodies, SJI and SDI
222(1)
Section 3 Steel joist products and profiles
223(2)
Section 4 Steel deck products and profiles
225(1)
Section 5 Steel joist designations and characteristics
226(1)
Section 6 Joist and deck suppliers and contractors
227(1)
Section 7 Joist and deck plans
227(1)
Section 8 Steel joist bearing, bridging, and extensions
228(1)
Section 9 Construction techniques
229(3)
Section 10 Joist and deck fireproofing
232(1)
Section 11 Estimating
232(2)
3 Miscellaneous steel
234(7)
Section 1 Introduction
235(1)
Section 2 Shop drawings
235(1)
Section 3 Wrought iron architecture and ornamental metals
236(1)
Section 4 Fabrication
236(1)
Section 5 Handrails and guardrails
236(1)
Section 6 Bollards
237(1)
Section 7 Stairwells and metal pans
237(1)
Section 8 Campus stair tower plans
237(2)
Section 9 Stair tower takeoff
239(1)
Section 10 Photo of three misc. steel projects
240(1)
PART 6 Carpentry
241(52)
1 Products and metrics
243(6)
Section 1 Introduction
244(1)
Section 2 Wood components not shown on plans
244(1)
Section 3 Lumber types and metrics
245(1)
Section 4 Units of measure
246(1)
Section 5 Conversion factors
247(1)
Section 6 Measuring areas and lengths of inclined surfaces
247(1)
Section 7 Carpentry takeoffs
247(1)
Section 8 Waste factors
248(1)
2 Floor framing
249(10)
Section 1 Photos and drawing(s)
250(2)
Section 2 Boardwalk
252(2)
Section 3 First floor framing
254(3)
Section 4 Second floor framing
257(2)
3 Wall framing
259(21)
Section 1 Photos and drawing(s)
261(5)
Section 2 Frame wall case study
266(2)
Section 3 4", 6", and 12" stud walls
268(2)
Section 4 Three-wall addition
270(3)
Section 5 Two-story platform framing
273(3)
Section 6 Sloping walls
276(4)
4 Ceiling and roof framing
280(13)
Section 1 Photos and drawing(s)
281(3)
Section 2 Roof framing case study
284(1)
Section 3 Trusses, sheathing, and soffit
285(2)
Section 4 Ceiling joists and chases
287(2)
Section 5 Roof framing
289(4)
PART 7 Thermal and moisture protection
293(24)
1 Asphalt shingles
295(7)
Section 1 Introduction
296(1)
Section 2 The shingle product
296(1)
Section 3 Construction techniques
297(2)
Section 4 Estimating
299(3)
2 Metal flashing
302(5)
Section 1 Introduction
303(1)
Section 2 Common flashings
303(1)
Section 3 Wall flashing
304(1)
Section 4 Curbs and gutters
305(2)
3 Metal roofing
307(4)
Section 1 Introduction
308(1)
Section 2 Substrates for metal roofs
308(1)
Section 3 Architectural metal panels
308(1)
Section 4 Structural metal panels
309(1)
Section 5 Metals and metal problems
310(1)
4 Moisture protection and waterproofing
311(6)
Section 1 Introduction
312(1)
Section 2 Vapor barriers (retarders)
312(1)
Section 3 Waterproofing and dampproofing
313(1)
Section 4 Estimating
314(3)
PART 8 Door and window openings
317(14)
1 Doors, frames, and hardware
319(12)
Section 1 Introduction
320(1)
Section 2 Ruling body, the Door and Hardware Institute
320(1)
Section 3 Suppliers and distributors
320(1)
Section 4 Doorframes
320(1)
Section 5 Plans and door schedules
321(1)
Section 6 Submittals and shop drawings
322(1)
Section 7 Egress and fire ratings
322(2)
Section 8 Lock terminology
324(1)
Section 9 Construction techniques
325(1)
Section 10 Dudley job estimate
326(5)
PART 9 Finishes
331(22)
1 Metal studs
333(11)
Section 1 Introduction
334(1)
Section 2 Ruling bodies, SSMA and SFIA
334(1)
Section 3 Designations
334(1)
Section 4 Products
335(2)
Section 5 Estimating
337(5)
Section 6 Wood blocking
342(2)
2 Gypsum board
344(9)
Section 1 Introduction
345(1)
Section 2 Ruling body, the Gypsum Association
345(1)
Section 3 Gypsum products
345(1)
Section 4 Gypsum identification
346(1)
Section 5 Handling and storage
347(1)
Section 6 Smoke barriers
347(1)
Section 7 Fire resistance
348(1)
Section 8 Techniques
348(2)
Section 9 Joint compound
350(1)
Section 10 Estimating
351(2)
PART 10 Specialties
353(6)
Section 1 Introduction
354(1)
Section 2 Suppliers and distributors
354(1)
Section 3 Submittals
355(1)
Section 4 Wood blocking
355(1)
Section 5 Schoolhouse plans, specifications, and legends
356(1)
Section 6 Schoolhouse estimate
357(2)
PART 11 Construction documents
359(46)
1 What is (and isn't) a contract document
361(5)
Section 1 Construction documents
363(1)
Section 2 The project manual
363(1)
Section 3 The drawings and technical specifications
363(1)
Section 4 Addenda
364(1)
Section 5 The generals and their conditions
364(1)
Section 6 The contract between owner and contractor, articles 5.3.1,1.1.1,1.1.2
365(1)
2 Division 00 General Conditions
366(26)
Section 1 Introduction
368(2)
Section 2 Owners and users of facilities
370(1)
Section 3 The architect's authority
371(1)
Section 4 The contractor's responsibility
372(1)
Section 5 The contractor's submittals
373(7)
Section 6 Change orders
380(1)
Section 7 Claims
381(1)
Section 8 Delays
382(1)
Section 9 Payment
383(2)
Section 10 Closeout
385(2)
Section 11 Unforeseen fire line case
387(3)
Section 12 Gooseneck faucet case
390(2)
3 Division 01 General Requirements
392(13)
Section 1 Introduction
393(1)
Section 2 Pre-bid
394(1)
Section 3 The bid
395(3)
Section 4 Preconstruction
398(1)
Section 5 During construction and the project site
399(6)
PART 12 Ethics
405(16)
Section 1 Introduction
407(1)
Section 2 Bad practice
408(1)
Section 3 Estimating
409(1)
Section 4 The bid price
410(3)
Section 5 The bid date
413(3)
Section 6 Plans
416(2)
Section 7 Payment
418(1)
Section 8 Performance
419(2)
Glossaries
421(20)
Concrete glossary
422(5)
Masonry glossary
427(2)
Steel joist and steel deck glossary
429(2)
Carpentry glossary
431(4)
Doors and hardware glossary
435(6)
Index 441
Gary Anglin is a construction firm owner with over 35 years' experience and former Adjunct Professor at the Rinker School of Building Construction, University of Florida, USA.