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Item in very good condition! Textbooks may not include supplemental items i.e. CDs, access codes etc.

There's no other trash can that's built to last like a Toter. With ideal handle height, rugged wheels and best-in-class ergonomics, maneuvering is a breeze - even when completely full. Constructed using Toter's Advanced Rotational Molding process - no seams means superior strength. Toter cans are built to keep working long after others fail - more than 2x longer. They're backed by an industry-leading 10-year warranty. Color: Matte Black. Material: Polyethylene.

Easy twist-on, twist-off dolly provides safe mobility and handling of heavy loads. Five rugged casters help keep fully loaded Brute containers stable, even on rough and uneven floors, and swivel smoothly for easy maneuvering. Brute Structural Foam Dolly features a 350 lb. maximum load capacity and fits Rubbermaid 2620, 2632, 2643 and 2655 (sold separately).

This book provides a detailed discussion of one-on-one dog-fights and multi-fighter team work tactics. Full discussions of fighter aircraft and weapons systems performance are provided along with an explanation of radar intercept tactics and an analysis of the elements involved in the performance of fighter missions.

History shows that demands of wartime military and political leaders have often motivated development of new and advanced technologies. The German desire to attack American cities with long-range variants of V-2 missiles during the latter years of World War II stimulated development of maneuvering reentry vehicle concepts. In the mid-1960s, these concepts were secretly refined and tested by the United States to provide accurate delivery of strategic nuclear warheads at intercontinental ranges and to assure their penetration of newly developed Soviet anti-ballistic missile defenses. First Maneuvering Reentry Vehicles, by William C. Yengst, describes the initial feasibility programs to test three alternative designs for implementing hypersonic maneuvers and accurate guidance of long-range reentry vehicles. It identifies the political and military motivations, environmental challenges, design difficulties, innovative technology solutions, test failures, and spectacular successes. It also summarizes development of operational maneuvering reentry vehicles prepared for U.S. Air Force, Navy, and Army long-range missile systems during the 1980s. The technology has been adopted and further refined by foreign nations (India, China and Russia) in building their latest missile systems. Therefore, it is important to understand the capabilities and performance characteristics of future potential threats. Written as a first-hand account of the technology's evolution, the book honors the dedicated engineers and scientists who worked to make these programs a success.

This book provides a detailed discussion of one-on-one dog-fights and multi-fighter team work tactics. Full discussions of fighter aircraft and weapons systems performance are provided along with an explanation of radar intercept tactics and an analysis of the elements involved in the performance of fighter missions.

Methods of Orbital Maneuvering examines the use of direct methods in applied spacecraft trajectory optimization. A full breadth of orbit transfer topics is discussed, from the formation of initial guesses to the generation of a full, high-fidelity, multiple maneuver transfer that satisfies all mission constraints and objectives. The text starts with a review of single impulse maneuvers, and the two-impulse transfers between two terminals. Several chapters discuss search and optimization techniques for transfers between specified orbits using up to three impulses. A section is devoted to the incorporation of constraints in the search and optimization process. The text then describes the transformation of these simpler sequences into high fidelity, with multiple finite thrust maneuvers. Ultimately, techniques are described to optimize these high-fidelity, multiple maneuver trajectories. A chapter is devoted to describing constraints commonly seen in orbit transfer operations. A closing chapter discusses several operational topics, including the need for various error analyses, the creation of a spacecraft propellant budget, and processes for maneuver reconstruction and calibration. A culminating appendix delves into numerical simulation of thruster firing on a spacecraft, addressing the modeling of a variety of orbit adjust maneuver types. Contents 1 - Introduction 2 - Single-Impulse Maneuvers 3 - Transfers Between Two Defined Points 4 - Two-Impulse Search Techniques 5 - Two-Impulse Optimization 6 - Alternate Lambert Techniques 7 - Constrained Two-Impulse Transfer 8 - Two-Impulse Case Studies 9 - Optimization of Orbits 10 - Three-Impulse Transfer 11 - Simulating Multiple Maneuver, High-Fidelity Transfer Sequences 12 - Generating a Feasible Estimate of the Optimal High-Fidelity Sequence 13 - Common Mission Constraints 14 - Optimization of High-Fidelity Transfers 15 - Operational Considerations Appendix A Maneuver Modeling References Index Supporting Materials

Boat Docking (Close Quarters Maneuvering for Small Craft) is a book about how to dock a boat! It contains many concrete examples of boat docking, from the elementary to the advanced, and also has chapters discussing the theory of close quarters maneuvering. The book is comprehensive, yet achieves its depth using language and tone which are accessible and minimally technical. Although Boat Docking can be read through from start to finish, each of its various sections also stands alone, so items of interest may be referred to individually. Boat Docking contains an "Overview" section, followed by a chapter describing every basic docking example imaginable, and most of the esoteric ones. Other chapters explain the interactions of the hull with water and air, how a boat steers (it's not completely straightforward!), how to use lines and fenders (there is more to good line work than one would think), and then there is a short section on the psychology and sociology of docking. Don't worry, it's fun to read! The conclusion draws an intriguing parallel between boat docking and affairs of the heart, using an extended metaphor on "close quarters maneuvering"! If there's anything important to say about close quarters maneuvering, you'll find it in Boat Docking.

Pages can have notes/highlighting. Spine may show signs of wear. ~ ThriftBooks: Read More, Spend Less 0.95

The Toter bin is built to last and designed with ergonomics in mind. With an ideal handle height and rugged wheels, the Toter bin makes maneuvering a breeze. Toter bins are designed to keep working long after others fail by using. Perfect for indoor or outdoor use, this can is made of up to 50% recycled materials and is 100% recyclable.

The Toter bin is built to last and designed with ergonomics in mind. With an ideal handle height and rugged wheels, the Toter bin makes maneuvering a breeze. Toter bins are designed to keep working long process, Perfect for indoor or outdoor use, this can is made of up to 50% recycled materials and is 100% recyclable.

The Toter bin is built to last and designed with ergonomics in mind. With an ideal handle height and rugged wheels, the Toter bin makes maneuvering a breeze. Toter bins are designed to keep working long after others fail by using Toter's Advanced Rotational Molding process. The rugged rim technology and reinforced material in critical wear areas, adds rigidity and extends the service life of the Toter bin. Perfect for indoor or outdoor use, this can is made of up to 50% recycled materials and is 100% recyclable. Color: Matte Black. Material: Polyethylene.

The Toter blue 96-gallon recycling bin is built to last and designed with ergonomics in mind. With an ideal handle height and rugged wheels, the Toter 96-gallon recycling bin makes maneuvering a breeze. Toter recycling bins are designed to keep working long after others fail by using Toter's Advanced Rotational Molding process. The rugged rim technology and reinforced material in critical wear areas, add rigidity and extends the service life of the Toter recycling bin. Perfect for indoor or outdoor use, this 96-gallon can is made of up to 50% recycled materials and is 100% recyclable.

Ideal for maneuvering snowmobiles in storage areas, the BLACK BULL1500 lbs. capacity Snowmobile Dolly Set can make storing your ride much easier. Get your snowmobile off the garage floor and reduce damage and frustration. Featuring a heavy-grade steel construction with a rust-resistant powder coat finish, you can feel confident of years of use from this set. Four 360° swivel casters on each platform make maneuvering easy and because it is divided into 3 separate padded platforms, it provides a custom and universal fit. The 2 front ski platforms feature a grooved design and a nylon tie-down strap, the third flat platform fits under the rear track. Material: PVC.

There's no other trash can that's built to last like a Toter. With ideal handle height, rugged wheels and best in.class ergonomics, maneuvering is a breeze even when completely full. Constructed using Toter's Advanced Rotational Molding process - no seams means superior strength. Toter cans are built to keep working long after others fail more than 2X L. They're backed by an industry-leading 10-year warranty. Color: Matte Black. Material: Polyethylene.

The Samsonite carry-on spinner suitcase features a top handle, a side handle, and a top push-button expandable handle for easy maneuvering. It has one interior compartment, two zip pockets, and a TSA-approved lock for security. Top handle Top push-button expandable handle Side handle Interior: one compartment, two zip pockets TSA-approved lock Four 360° spinner wheels Expandable Wireless charging RFID protection USB ports Saks Off 5th. Samsonite. Color: Phantom Black.

The E7410 Extension Trestle 10 ft. Ladders has a 300 lb. duty rating per side and is designed for 1 or 2 person jobs. The slip-resistant TRACTION-TRED extra wide steps are knee-braced and double riveted. A spring-loaded locking mechanism makes maneuvering the extension trestle easy. The nylon-coated guide sleeves assure minimum friction and wear and also increase the ease of operation. External rail shields and the EDGE bracing system help protect the rails. Fiberglass rails are non-conductive for working near electricity.

The E7414 Extension Trestle 14 ft. Ladders has a 300 lb. duty rating per side and is designed for one or two-person jobs. The slip-resistant TRACTION-TRED extra wide steps are knee-braced and double riveted. A spring-loaded locking mechanism makes maneuvering the extension trestle easy. The nylon-coated guide sleeves assure minimum friction and wear and also increase the ease of operation. External rail shields and the EDGE bracing system help protect the rails. Fiberglass rails are non-conductive for working near electricity.

SmallRig Quick-Lock Photography Heavy Duty Tripod Dolly 5020 is a universal dolly designed for effortless maneuvering heavy-duty tripods. With a load capacity of up to 20kg (44.1 lbs), it is compatible with tripods with an extension range from 280 to 450mm (11 to 17.7"). The newly designed quick-lock buckle ensures swift and secure tripod locking.Featuring 3-inch soft rubber wheels and a dual pedal design, bending down is no longer necessary - a simple step on the pedal switch effortlessly unlocks the dolly. Moreover, this dolly minimizes noise while in motion, ensuring uninterrupted shooting.

The E7412 Extension Trestle 12 ft. Ladders has a 300 lb. duty rating per side and is designed for 1 or 2 person jobs. The slip-resistant TRACTION-TRED extra wide steps are knee-braced and double riveted. A spring-loaded locking mechanism makes maneuvering the extension trestle easy. The nylon-coated guide sleeves assure minimum friction and wear and also increase the ease of operation. External rail shields and the EDGE bracing system help protect the rails. Fiberglass rails are non-conductive for working near electricity.