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Feasibility Study in Doha, Qatar
Journal of Unmanned Vehicle Systems AERIAL ROPEWAY SYSTEM- FEASIBILITY STUDY IN DOHA, QATAR Journal: Journal of Unmanned Vehicle Systems Manuscript ID juvs-2020-0028.R2 Manuscript Type: Article Date Submitted by the 26-Jan-2021 Author: Complete List of Authors: Tahmasseby, Shahram; Qatar University College of Engineering, aerial ropeway system, ridership, capital cost, operation and Keyword: maintenance, revenue Is the invited manuscript for Draft consideration in a Special Not applicable (regular submission) Issue, Collection, or competition? : © The Author(s) or their Institution(s) Page 1 of 30 Journal of Unmanned Vehicle Systems AERIAL ROPEWAY SYSTEM FEASIBILITY STUDY IN DOHA, QATAR Dr. Shahram TAHMASSEBY a Qatar Transportation and Traffic Center(QTTSC), College of Engineering-Qatar University, Doha, Qatar ABSTRACT Aerial ropeway systems, also called gondolas and aerial cable cars, are amongst driverless transportation modes, which are progressively drawing the attention in promoting tourism. Aerial ropeway systems have been operated in touristic spots e.g., over lakes, rivers, and hilly lands in several countries. Passengers can enjoy a view from the above and experience a stress-free and reliable trip. Furthermore, those systems can be exploited as a public transportation in urbanized and populated regions. The objective of this article is to investigate the viability of implementing a gondola line flying over Doha Bay in Qatar as a tourist attraction from the marketing, economic, and environmental point of view. In this study, the associated costs (capital, maintenance, and operating) of implementing a monocable detachable gondola technology(MDG) are estimatedDraft using international best practices in the world. The economic analysis outcome demonstrates that the revenues generated from the fares could counterweigh the required capital investment as well as operating and maintenance costs and hence the proposed gondola could be economically attractive for investors. -
Ski & Snowboard Courses
Ski & Snowboard Courses Icon Key ------------------------------------------------------ Welcome We have over a decade of experience running ski and snowboard courses. Knowing the ins and outs of the industry, we’ve chosen the best resorts and snow schools to give you confidence in our selection of courses. We are committed to keeping things simple and there are no hidden extras – each course clearly shows what is and isn’t included using the icon key. Aeroplane Flights Bus Transfers Hotel Accommodation Knife & Fork GUARANTEED Meals Gondola EXCELLENCE Lift Pass A training company owned and managed by Pen & Paper Exam fees snow-sports instructors, just for you. Check out our website for dates, prices and Info Visa/job advice complete course details. Wifi www.wintersportscompany.com Internet access 01736 763402 Skier Ski-in, ski-out resort Helicopter Heli-skiing/boarding Badge Membership of instructor organisation Weights Fitness programme Thumbs up Most popular courses 1 2 Course Qualifications Recommendations ------------------------------------------------------ ------------------------------------------------------ All qualifications are recognised internationally, however employers usually Starting a Career require level 2 as a minimum. Complete Instructor Course 7 Career start-out on a budget United Kingdom Zero to Hero • BASI - British Association of Snowsports Instructors 8 Spend your first full season getting all the qualifications you need Canada BASI Instructor Course 11 • CSIA - Canadian Ski Instructors Alliance Includes real work experience as a level 1 instructor • CASI - Canadian Association of Snowboard Instructors Internship 13 Maximum work experience in 1 season New Zealand • NZSIA - New Zealand Snowsports Instructor Alliance Already Qualified? • SBINZ - Snowboard Instruction New Zealand Advanced Training Course 10 Dedicated level 2 & 3 training to boost your earning potential ISIA - International Ski Instructor Association Level 3 Internship The international governing body of snowsports instructors. -
Chair Lift Challenge" Explores How Engineers Develop Transportation Systems to Operate in Different and Sometimes Challenging Environments
IEEE Lesson Plan: C hair Lift Challenge Explore other TryEngineering lessons at www.tryengineering.org Lesson Focus Lesson focuses on unique challenges in transportation engineering, such as devising a method for skiers or hikers to get to the top of a mountain. Students work in teams to design a "chair lift" out of everyday items that can transport a ping pong ball in a chair of their own design from the bottom of a "valley" to the top of a "mountain" along a clothes line or wire without the ball falling out. Students design their chairlift and chair on paper, execute their design, test it, reflect on the challenge, and share their experiences with the class. Lesson Synopsis The "Chair Lift Challenge" explores how engineers develop transportation systems to operate in different and sometimes challenging environments. Students work in teams to design a chair lift made out of everyday materials that can carry a ping pong ball up a rope line and back down in a controlled manner so that the ball does not fall out of a chair the team has also designed. They sketch their plans, consider material selection, build their system, test it, reflect on the challenge, and present their experiences to their class. A g e L e v e l s 8-18. Objectives Learn about engineering design and redesign. Learn how engineering can help solve society's challenges. Learn about teamwork and problem solving. Anticipated Learner Outcomes As a result of this activity, students should develop an understanding of: civil engineering engineering design teamwork Lesson Activities Students explore how engineers work to provide safe transportation options in different environments and climates. -
By Funitel to the Mont Parnes Casino Near Athens Rejuvenated Funicular
September 2006 No. 170 • 31st Year In Istanbul the underground funicular from the port of Kabatas to the transport hub Taksim was officially opened on June 29 By Funitel to the Mont Parnes Casino near Athens The combination lift Sunnegga-Blauherd in An installation with a host of special features p.2 Zermatt is the first installation in Switzerland Rejuvenated funicular in Mondovì with a 50-50 split of 8-seater gondolas Designer Giugiaro styled the vehicles for the 120-year-old railway p.8 and 6-seater chairs p. 18 Detachable quad chair in Bohemia The Czech Republic’s first CEN-compliant chair lift is in the Giant Mountains p.10 RPD improves operational safety What users say about the new rope position detection system p.17 Magazine for Customers and Employees 2 Doppelmayr/Garaventa-Gruppe Gondola ride to the casino The Mont Parnes Casino Greece currently has nine gaming opera- tel from Doppelmayr, which can still be near Athens is accessed tions. The Mont Parnes Casino Resort in used at wind force 10 (storms of approx. the Mt. Parnitha National Park is the fourth 100 km/h, 60 mph). (The old tram had to by a ropeway: Since largest with an annual revenue of around stop operating at wind speeds of around March, a Doppelmayr EUR 90 million1. The resort includes the 50 km/h, 30 mph). Funitel has provided this actual casino itself, a hotel, bar/café, service. The installation restaurant and meeting rooms. High wind stability The Mont Parnes resort can be reached has a host of special by ropeway; the infrastructure is currently Wind stability is extremely important be- features: e.g. -
Ropeways for Urban and Materials Transport
Ropeways for Urban and Materials Transport Eustace Mwarania Abstract:Ropeways also known as cable cars have traditionally been deployed to facilitate tourism in scenic locations, difficult to access by conventional means. Recent innovations involving faster speeds and larger cabins are transforming ropeways into the realm of urban environment. Ropeways are also providing creative materials transport solutions. This paper will begin by considering the use of ropeway systems to alleviate congested segments of our cities by providing an additional aerial transit mode. Examples will be given from cities that have already realized urban ropeways and an overview of such projects under development in Kenya. This will then be followed by discussion of ropeways solutions in mining and port operations. 1. Introduction A ropeway is a type of aerial lift which is supported and propelled by cables from above. It consists of a loop of steel cable that is strung between stations, over intermediate supporting towers. The cable is driven by a bull wheel in one terminal, which is typically connected to an engine or electric motor. The ropeway is the most typical and traditional mountain transportation but recently it has started being taken into serious consideration for use in urban transport and in amusement parks, to access panoramic viewing points and in general in all locations which are difficult to reach[1,2]. In addition, the ropeways are increasingly being applied to solve material transport problems[3]. This paper considers the use of ropeway systems in urban and materials transport. In part 2 ropeway technology is introduced. Part 3 explains the urban applications including the benefits and functions that ropeways perform.Part 4 explains the use of ropeways for materials transport and highlights potential applications in mining and cargo movement in ports. -
A Network-Based Approach for the Study of Criticalities in Ski-Resorts
International Snow Science Workshop Grenoble – Chamonix Mont-Blanc - 2013 A network-based approach for the study of criticalities in ski-resorts Valerio De Biagi1,2*, Barbara Frigo1,2 and Bernardino Chiaia1,2 1 Dept. of Structural, Geotechnical and Building Engineering, Politecnico di Torino, ITALY 2Mountain Risk Research Team – MRR Team, Verrès (AO) – Italy ABSTRACT: The correct management of ski-resorts requires wide knowledge in mountain hazards, as well as a large experience. Usually ski-resorts cover a surface that encompasses more than one side of a mountain (or more than one valley); for this reason, the meteorological conditions may vary locally and rapid decisions have to be taken in order to ensure the safety of the skiers. Any intervention on the structure of the resort may entail cascade events and other critical situations. For example, a temporary closure of a lift may create large queues in other parts of the ski-area. In the same way, a closure of a ski-slope might engender overcrowding in other ski runs. All these situations are potential sources of risk. We propose an approach to the study of criticalities in ski-resorts by means of transportation network approaches based on the ability of the skiers and the grade of the ski run. An example is made on the Antagnod branch of MonteRosaSki resort. The effects of a sudden interruption of part of it, i.e., ski- slope closure or lift temporary interruption, are simulated. KEYWORDS: Ski-resort management, Graph theory, Criticalities. others (2005) made a statistics of the average 1 INTRODUCTION speeds of skiers in three different ski resorts in the US. -
Nordic and Snowshoe Trails Ski and Ride School
Granby Ranch Grill Nordic and Snowshoe Trails Ski and Ride School Having fun is what it is all about. Trail Map Trail Vis Granby Ranch’s friendly instructors ta R idge make the learning process easy n i e with terrain that is comfortable for a dg g Vista Ri A C e everyone, no matter what your a s m b o i H n skill level. R T a r b a b i l it R un • Private lessons for kids and adults S ck Draw Expres w y e a e l Qui t i W a • Group lessons for kids and adults N r s a T e n r c u in t y b a a • Multi-week lessons C East Mountain Trail System N Nature’s Way = 4.6 km il er Tra Located slopeside at Base Lodge, The Granby Ranch Grill features Vista Ridge = 2.1 km De Low ingredient driven selections inspired by classic recipes. Reservations Loggers Loop = 2 km R Ski and Ride School and Private Lessons sell out. o ad Sweet Nancy = 1.5 km Please book in advance. recommended. See our website for hours: granbyranch.com Cakewalk Rabbit Run = 2.1 km Cabin Trail =0.6 km L Base Lodge ogge WARNING rs L GRG Happy Hour Live Music During Deer Trail = 1.0 km s T oo Every Wed-Sun ra p Under Colorado law, a skier assumes the risk of any injury to person or property resulting from any of the inherent dangers Traci’ il Low Road = 0.6 km and risks of skiing and may not recover from any ski area operator for any injury resulting from any of the inherent dangers 3pm-6pm Night Skiing Easy 4 pm– 7 pm Fraser To Granby = 2.8 km and risks of skiing, including: Changing weather conditions; existing and changing snow conditions; bare spots; rocks; stumps; Intermediate trees; collisions with natural objects, man-made objects, or other skiers; variations in terrain; and the failure of skiers to ski Home Again = 2.0 km Advanced within their own abilities. -
2014 International Report on Snow & Mountain Tourism
Laurent Vanat Consultant 19, Margelle CH-1224 Genève Tel / fax / messagerie : (+41) 022 349 84 40 Courriel : [email protected] Internet : www.vanat.ch 2014 International Report on Snow & Mountain Tourism Overview of the key industry figures for ski resorts t t a a n n a a V V t t n n e e r r April 2014 u u a a L L Table of contents Introduction ............................................................................. - 5 - Glossary ................................................................................... - 6 - The world ski market ................................................................ - 7 - Participating countries................................................................................... - 7 - Ski resorts and infrastructure ........................................................................ - 8 - Evolution of worldwide skier visits ............................................................... - 10 - Market share of worldwide skier visits .......................................................... - 11 - Skiers per region of origin ........................................................................... - 11 - International skiers flows ............................................................................ - 12 - Future trends in market share ..................................................................... - 14 - Comparative key figures.............................................................................. - 14 - General benchmarking ............................................................................... -
Skiing & Snowboarding Safety
Center for Injury Research and Policy The Research Institute at Nationwide Children’s Hospital Skiing & Snowboarding Safety Skiing and snowboarding are great ways to spend time outdoors during the winter months. As with all sports, injuries are a risk when you ski or snowboard. Taking a few safety measures can help you have fun and be safe. Skiing & Snowboarding Injury Facts Skiing & Snowboarding Safety Tips • Bruises and broken bones are the most common • Always wear a helmet designed for skiing or types of skiing- and snowboarding injuries. snowboarding. • Snowboarders most commonly injure their wrist • Protect your skin and eyes from the sun and and arm. Skiers most commonly injure their wind. Apply sunscreen and wear ski goggles that knee, head or face. fit properly with a helmet. • Most ski and snowboarding injuries occur during • Make sure your boots fit properly and bindings a fall or a crash (usually into a tree). are adjusted correctly. • Traumatic brain injury is the leading cause of • Prepare for the weather. Wear layers of clothes serious injuries among skiers and snowboarders and a helmet liner, a hat or a headband. and is also the most common cause of death. • Do not ski or snowboard alone. • Follow all trail rules. • Stay on the designated trails. Recommended Equipment • Only go on trails that match your skill level. • Helmet designed for skiing and snowboarding • Take a lesson – even experienced skiers and • Goggles that fit over a helmet snowboarders can benefit from a review. • Properly fitted boots and bindings • Before using a ski lift, tow rope or carpet, make • Sunscreen sure you know how to get on, ride and get off • Wrist guards for snowboarders safely. -
Doppelmayr Recovery Concept the Heaviest Gondola Lift Ever Built by Doppelmayr New 10-Passenger Gondola Lift in Altenmarkt Ropew
February 2012 No. 186 • 37th Year In the Saalbach-Hinterglemm ski region, Doppelmayr has installed the 8-MGD Bernkogelbahn 1 and the 6-CLD-B-S Reiterkogel-Ost. (photo) Doppelmayr recovery concept The Silvretta Montafon ski region, one Two 3S lifts and one gondola lift have already been equipped. pp.2–3 of the biggest in the Alps, has received The heaviest gondola lift ever built by Doppelmayr a huge boost to its attractiveness with the … goes into operation on schedule in Montafon/Austria. p.6 consecutive gondola lifts “Hochalpila New 10-passenger gondola lift in Altenmarkt Bahn” (photo) and “Grasjoch Bahn”. The Radstadt/Altenmarkt ski circuit boosts its attractiveness. p.10 Ropeways aimed at stemming population drain Three municipalities in the Swiss canton of Fribourg coordinate their activities. p.14 Skiing in the Apennines Doppelmayr builds the first detachable lift in the Sibillini Mountains. p.16 Skiing gains importance in China Doppelmayr lifts in Genting Resort Secret Garden and Changbaishan. p.20 2 Doppelmayr/Garaventa Group Recovery concept: Subjectively and objectively safe Doppelmayr’s new ntil recently, the recovery concept reasonable time period in the event of recovery concept ensures had been installed on the 3S lifts operational malfunction of the lift. Evacu- in Sölden and Koblenz. Now the ation by rescue ropeway, for example, is that ropeway passengers U same approach has been adopted on no longer necessary; passengers are not can always be carried the new Grasjoch 8-passenger gondola required to leave the gondolas if the lift to the nearest station lift in Montafon, Austria. fails. -
Response to Comments
Response to Comments Table of Contents 1.0 Collation Summary ......................................................................................................................................... 1 1.1 Background ................................................................................................................................................ 1 1.2 Comment Procedure ................................................................................................................................... 1 1.3 Comment Tracking Method ........................................................................................................................ 2 2.0 Comments and Responses ............................................................................................................................... 2 3.0 Letters from Indian Tribes and Government Agencies ............................................................................... 238 Response to Comments Index By Resource Area: 02.0 – Non-Substantive Comments ............................................................................................................................... 3 03.0 – Out-of-Scope Comments .................................................................................................................................. 13 05.0 – General Comments ........................................................................................................................................... 29 10.0 – Climate and Snow Comments.......................................................................................................................... -
Chronology of Selected Ski Lifts Notes for 2001 Exhibit, New England Ski Museum Jeff Leich
Chronology of Selected Ski Lifts Notes for 2001 Exhibit, New England Ski Museum Jeff Leich The following notes on ski lifts are intended to aid in the development of a Ski Museum exhibit. In many cases it is unclear from the sources referenced below exactly when a particular lift was installed or first operated. It is also probable that sources with data on certain early ski lifts was not located. It is therefore not possible to compare opening dates to determine which lift was "the first" of its kind to operate; rather, this chronology is intended to indicate the general sequence of the development of early ski lifts of the stated types. 1870 Eureka Mine ore tramway used to transport miners for skiing (Allen, 109, 203 note 22--Vallejo CA Sunday Times Herald, 12-13-1870). "For example, the ore bucket of the Plumas Eureka Mine at Johnsville (CA) was converted on Sundays into the world's first ski tow. It was operated by steam". (Gould, p 136 (ref to Vallejo CA Sunday Times Herald, 12-13-1870). 1896 Riblet Tramways Company of Spokane, WA begins designing mining tramways (Gilbert, p. 2). 1907 Sightseeing four-passenger gondola built in Silver Plume, CO; torn down for scrap metal about 1914 (Gilbert, p. 2). 1907 "Sled lifts had been employed on the slopes of Bodele in the Voralberg region of Austria as early as 1907" (Gilbert, p. 4). 1908 Haulback tows used in Europe as early as 1908 (Allen, 109, note 20 on pg 203, from patent application, March 16, 1908). 1910 "A tow to haul toboggans was ready for the Truckee CA carnival in 1910 and then was used later by skiers following the formation of the Truckee Ski Club in 1913".