Arvo Tinni materjalid
Introduction to Concrete Pavements
Cautions with Life Cycle Cost Analysis for Optimal Pavement Selection
Benefits and Negatives of Concrete Pavements
Comparison of Maintenance Costs of Heavy Duty Pavements
Principles for Pavement Selection
Comparison of Estimated Construction Costs of Heavy Dury Pavements
Paving Notes 1 – Internal Curing
Paving Notes 2 – Cold Weather Concreting
Paving Notes 2a – More on Cold Weather Concreting
Paving Notes 2b – Pavement Heating Blanket
Paving Notes 3 – Oxide Use in Concretes
Paving Notes 4 – Accelerated Trafficking of Concrete Pavements
Paving Notes 5 – Purpose and Use of Subbases
Paving Notes 6 – Using LMC Subbase as a Haul Road
Paving Notes 7 – Qld Govt on defence of SMA
Paving Notes 8 – Bleeding Notes
Paving Notes 10 – 12 03 08 Calcs for Load Carrying Capacities of LMCs
Paving Notes 10a – Adendum to PIN 10
Paving Notes 11 – Control of Thermal & Drying Shrinkage in LCSs
Paving Notes 12 – Useful Links to US Orgs Involved with Concrete
Paving Notes 14 – Useful links in US
Paving Notes 15 – Snippets from ASCP Forum Sep 2008
Paving Notes 16 – Effect of Cold Weather on Durability of Concrete
Paving Notes 17 – Effect of Subgrade on Base Thickness
Paving Notes 18 – Role of SMZ and LMC
Paving Notes 19 – Air Entrained Concrete
Paving Notes 20 – The Importance of Factors Affecting Concrete Shrinkage
Paving Notes 21 – D & C Factors that Affect Initial Smoothness
Paving Notes 22 – Effect of Roughness on Fuel Consumption
Paving Notes 23 – Industrial Pavements
Paving Notes 24 – Composite Pavement – LCS const joints
Paving Notes 25 – IRI vs NAASRA counts
Paving Notes 26 – Heavy Duty Pavements
Paving Notes 27 – Roughness – What does it mean
Paving Notes 28 – Curing of Concrete Pavements
Paving Notes 29 – Design Rules for Joints
Paving Notes 30 – Notes on Design of Composite Pavements
Paving Notes 31 – Sustainability in Concrete Pavement
Paving Notes 32 – Notes on Roundabouts
Paving Notes 33 – Next Generation Concrete Surfaces
Paving Notes 34 – On-board Sound Intensity Measurement
Paving Notes 35 – CCTV on Pavers
Paving Notes 36 – Concrete Roads Save Fuel
Paving Notes 37 – Retro-fitting Edge Drains in US
Paving Notes 38 – Conrete Pavement Slab Replacement – Latest Research
Paving Notes 39 – Concrete Pavements – Maturity Testing
Paving Notes 40 – Road and Tyre Noise
Paving Notes 42 – CRCP Terminal Anchors
Paving Notes 43 – Allowable Crack Widths in CRCP
Paving Notes 44 – Self Healing Concrete
Paving Notes 45 – A Unique Slab Lifter
Paving Notes 46 – Measurement of Skid Resistance with SCRIM
Paving Notes 47 – Draft Paving Skills Modules Ver A
Paving Notes 48 – Energetically Modified Cement
Paving Notes 49 – Hiperpave III
Paving Notes 50 – Concrete Cracking and Heat of Hydration
Paving Notes 51 – What is New With Asphalt Pavements
Paving Notes 52 – New Products – Concrete Cleaning
Paving Notes 53 – Concrete Pavements – Problems in US
Paving Notes 54 – Slab Replacement – Simpler can be Better
Paving Notes 55 – Load Transfer Efficiency of Joints
Paving Notes 56 – Concrete Pavements – Drainage
Paving Notes 57 – Pavements on Highly Expansive Clays
Paving Notes 58 – Issues with Specifying Paving Concrete
Paving Notes 59 – Conflict of PIN 57 with RTA Spec R44
Paving Notes 60 – Snippets from ASCP Forum 02 05 11
Paving Notes 61 – Y2C – End of 10 year Maintenance Period
Paving Notes 62 – What’s New in Pavements
Paving Notes 63 -Max Tiebar Spacings in Concrete Pavements
Paving Notes 64 – Background to Pavement Stresses and Cracking
Paving Notes 65 – RTA Pavements 2011 Conference
Paving Notes 67 – Cracking due to Curling Stresses in Concrete Slabs
Paving Notes 68 – The Reasons and Effect of Cracking in LMC Subbases
Paving Notes 69 – Background Notes on SMA Manufacture and Placement
Paving Notes 70 – Detailed Concrete Pavement Design is a Non-event
Paving Notes 74 – Equivalent and Effective Subgrade Strength